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3. Overexpression of a Shaker-type potassium channel in mammalian central nervous system dysregulates native potassium channel gene expression

Author

Sutherland, M.L., Williams, S.H., Abedi, R., Overbeek, P.A., Pfaffinger, P.J., and Noebels, J.L.

Subjects
Potassium channels -- Research, Central nervous system -- Research, Mammals -- Physiological aspects, Gene expression -- Research, Science and technology
Abstract

The nervous system maintains a delicate balance between excitation and inhibition, partly through the complex interplay between voltage-gated sodium and potassium ion channels. Because [K.sup.+] channel blockade or gene deletion causes hyperexcitability, it is generally assumed that increases in [K.sup.+] channel gene expression should reduce neuronal network excitability. We have tested this hypothesis by creating a transgenic mouse that expresses a Shaker-type [K.sup.+] channel gene. Paradoxically, we find that addition of the extra [K.sup.+] channel gene results in a hyperexcitable rather than a hypoexcitable phenotype. The presence of the transgene leads to a complex deregulation of endogenous Shaker genes in the adult central nervous system as well as an increase in network excitability that includes spontaneous cortical spike and wave discharges and a lower threshold for epileptiform bursting in isolated hippocampal slices. These data suggest that an increase in [K.sup.+] channel gene dosage leads to dysregulation of normal [K.sup.+] channel gene expression, and it may underlie a mechanism contributing to the pathogenesis of human aneuploidies such as Down syndrome.

Published
1999

4. The performance of the barrel CRID at the SLD; long-term operational experience

Author

Abe, K., Ashford, V., Aston, D., Bienz, T., Baird, K., Bird, F., Cavalli-Sforza, M., Coller, J., Coyle, P., Coyne, D., Dasu, S., Dunwoodie, W., Dima, M., Hallewell, G., Yasegawa, Y., Iwasaki, Y., Kalelkar, M., Kawahara, H., Leith, W.G.S., Lu, A., Meadows, B., Muller, D., McCulloch, M., McShurley, D., Nagamine, T., Narita, S., Oxoby, G., Pavel, T.J., Plano, R., Ratcliff, B., Reif, R., Rensing, P., Schneider, M., Schultz, D., Shapiro, S., Shaw, H., Simopoulos, C., Staengle, H., Stamer, P., Stiles, P., Toge, N., Va'vra, J., Weber, T., Whitaker, J.S., Wilson, R.J., Williams, D., Williams, S.H., Willocq, S., and Yellin, S.

Subjects
Detectors -- Research, Electrons -- Research, Cherenkov counters -- Research, Business, Electronics, Electronics and electrical industries
Abstract

The Barrel CRID detector has been operating successfully at SLD for the past seven years. It is an important tool for SLD physics analyses. We report results based on long term operational experience of a number of important quantities such as the Cherenkov quality factor, [N.sub.0], of the device, fluid transparency, electron lifetime, single electron detection efficiency, anode wire ageing, TMAE purity, long term stability of the gas refraction index, liquid radiator transparency, Cherenkov angle resolution and the number of photoelectrons observed per ring.

Published
1998

6. Deep masseter recruitment patterns during chewing in callitrichids

Author

VINYARD, C.J., WILLIAMS, S.H., WALL, C.E., JOHNSON, K.R., and HYLANDER, W.L.

Subjects
Mastication -- Origin, Anthropological research -- Analysis, Jaws -- Muscles, Anthropology/archeology/folklore
Abstract

Electromyographic (EMG) studies of chewing in many anthropoid primates show that peak activity in the balancing-side (BS) deep masseter occurs relatively late in the power stroke of mastication when most other chewing muscles are declining from peak activity. Further, the BS deep masseter appears to be nearly as active as the working-side (WS) deep masseter during chewing of hard or tough foods. The late firing of the BS deep masseter coupled with its transversely-directed force component help create the lateral transverse bending, or wishboning, of the anthropoid mandible at the end of the power stroke. Wishboning, in turn is hypothesized to have been a major factor driving fusion of the mandibular symphysis in living anthropoids. Thus, this BS deep masseter recruitment pattern during chewing likely has considerable functional and evolutionary significance for anthropoids. Over the past 30 years, primatologists have argued that callitrichids are morphologically-primitive anthropoids, phyletic dwarfs, or an adaptive radiation of exudate feeders. If so, perhaps callitrichids differ in the activity patterns of their chewing muscles as compared to other anthropoids. Thus, callitrichids are a compelling group to explore the breadth of this BS deep masseter recruitment pattern during chewing among anthropoids. We collected EMG data on the recruitment patterns of the deep masseters during chewing in two common marmosets (Callithrix jacchus). Our preliminary findings indicate that the WS to BS ratio of the scaled peak values for the deep masseters average 1.2 in common marmosets. Additionally, the BS deep masseter exhibits peak activity on average 32 milliseconds after the WS deep masseter. Common marmosets fall within the respective ranges of other anthropoids for these values (Hylander et al. 2000; AJPA 112:469-492). We are currently collecting deep masseter EMG data in two saddle-back tamarins (Saguinus fuscicollis). Our results show that small callitrichids share a similar recruitment pattern for the BS deep masseter during chewing with relatively larger non-hominoid anthropoids. These data uphold the argument that the BS deep masseter recruitment pattern is a distinguishing characteristic of most living anthropoids. These findings also support the hypothesis that symphyseal fusion in anthropoids is functionally linked to strengthening the symphysis against transversely-directed forces from the BS jaw muscles during chewing. This study was supported by a grant from NSF (SBR-9420764) and a NIH Merit Award (DE04531) to WLH.

Published
2001

7. Cranial morphology predicts relatively low forces and relatively large gapes during gouging in primate gumnivores

Author

WALL, C.E., VINYARD, C.J., WILLIAMS, S.H., and HYLANDER, W.L.

Subjects
Primates -- Anatomy, Animal mechanics -- Research, Craniometry -- Research, Anthropology/archeology/folklore
Abstract

Tree exudates are an important part of the diet of many extant, small-bodied primates. A number of primate gumnivores gouge holes in trees with their anterior teeth to initiate exudate flow. Most workers have assumed that gouging holes in trees requires that high forces (relative to those during chewing and biting) be generated at the anterior dentition and resisted by the mandible and skull. Our preliminary observations of the kinematics of gouging in Callithrix jacchus indicate the frequent use of very large gapes during gouging as compared to gapes during chewing. Here we report the results of a morphometric study to identify skeletal features predicted to be associated with the generation of relatively high forces and large gapes during tree gouging in three gougers (Phaner furcifer, Euoticus elegantalus, and C. jacchus) as compared to groups of their close relatives that do not gouge. Darroch and Mosimann shape ratios derived from 23 external cranial dimensions for 256 individuals in 6 cheirogaleid species, 7 galagid species, and 3 callitrichid species were analyzed for all possible pairwise comparisons of gougers to non-gougers within a phylogenetic group. We tested 12 predictions related to the presence of relatively high forces and/or large gapes in the gougers. We find that gougers infrequently and inconsistently possess the features, e.g., a deep mandibular corpus, predicted to be linked to relatively high forces during gouging. The gougers consistently possess features, particularly in the TMJ, predicted to be linked to relatively large gapes during gouging. Only one feature, a low condyle relative to the occlusal plane, characterizes all of the gougers compared to all of the non-gougers within a phylogenetic group. This feature is linked to large gapes. A low condyle minimizes the negative effect of adductor muscle stretch on force production at large gapes and helps keep the upper and lower anterior teeth in vertical alignment during gouging. Our results predict relatively low forces and large gapes during gouging. These predictions can only be tested with in vivo data on gouging behavior. Supported by an NSF Doctoral Dissertation Improvement Grant to CJV.

Published
2001

9. Quantitative methods for the analysis of CFTR transcripts/splicing variants

Author

Amaral, M.D. Clarke, L.A. Ramalho, A.S. Beck, S. Broackes-Carter, F. Rowntree, R. Mouchel, N. Williams, S.H. Harris, A. Tzetis, M. Steiner, B. Sanz, J. Gallati, S. Nissim-Rafinifa, M. Kerem, B. Hefferon, T. Cutting, G.R. Goina, E. Pagani, F.

Abstract

In cystic fibrosis (CF), transcript analysis and quantification are important for diagnosis, prognosis and also as surrogate markers for some therapies including gene therapy. Classical RNA-based methods require significant expression levels in target samples for appropriate analysis, thus PCR-based methods are evolving towards reliable quantification. Various protocols for the quantitative analysis of CFTR transcripts (including those resulting from splicing variants) are described and discussed here. © 2004 European Cystic Fibrosis Society. Published by Elsevier B.V. All rights reserved.

Published
2004

11. Experimental observations on symphyseal fusion in selenodont artiodactyls

Author

Williams, S.H., Vinyard, C.J., Wall, C.E., and Hylander, W.L.

Subjects
Jaws -- Research, Zoology and wildlife conservation
Abstract

In most mammals, the mandibular symphysis is a mobile joint in which the two dentaries are united by ligaments, fibrocartilage and interdigitating bony rugosities. In some mammalian clades, however, the symphysis ossifies early during ontogeny prior to or around the time of weaning. Because of the timing of symphyseal fusion, fusion is thought to be integral for resisting forces generated during repetitive mastication. Some studies further emphasize the influence that transverse forces, particularly those generated by the jaw muscles, may have on symphyseal morphology and fusion. Here, we test the hypothesis that alpacas (Lama pacos), which fuse their symphyses during early ontogeny, have jaw-muscle activity and symphyseal bone strain patterns indicative of increased transverse masticatory loads. Electromyographic data from the jaw muscles show that alpacas have a balancing-side deep masseter that is recruited late relative to other jaw muscles. Given that this muscle has a large transverse component to its force and it acts partially independent of the other jaw muscles, these data are congruent with the hypothesized link between symphyseal fusion and transverse masticatory force. However, symphyseal strains associated with balancingside deep masseter activity appear to be small. The laterally-directed force from the delayed activity of the balancing-side deep masseter should result in lateral transverse bending of the symphysis, yet peak symphyseal strains in alpacas are most congruent with twisting of the symphysis about a transverse axis. Thus, there appears to be no evidence for a link between transverse masticatory loads and symphyseal fusion in alpacas.

Published
2005

14. First measurement of the double-inclusive B/B hadron energy distribution in e+e− annihilations, and of angle-dependent moments of the B and B energies

Author

Abe, Koya, primary, Abe, Kenji, additional, Abe, T, additional, Adam, I, additional, Akimoto, H, additional, Aston, D, additional, Baird, K.G, additional, Baltay, C, additional, Band, H.R, additional, Barklow, T.L, additional, Bauer, J.M, additional, Bellodi, G, additional, Berger, R, additional, Blaylock, G, additional, Bogart, J.R, additional, Bower, G.R, additional, Brau, J.E, additional, Breidenbach, M, additional, Bugg, W.M, additional, Burke, D, additional, Burnett, T.H, additional, Burrows, P.N, additional, Calcaterra, A, additional, Cassell, R, additional, Chou, A, additional, Cohn, H.O, additional, Coller, J.A, additional, Convery, M.R, additional, Cook, V, additional, Cowan, R.F, additional, Crawford, G, additional, Damerell, C.J.S, additional, Daoudi, M, additional, de Groot, N, additional, de Sangro, R, additional, Dong, D.N, additional, Doser, M, additional, Dubois, R, additional, Erofeeva, I, additional, Eschenburg, V, additional, Etzion, E, additional, Fahey, S, additional, Falciai, D, additional, Fernandez, J.P, additional, Flood, K, additional, Frey, R, additional, Hart, E.L, additional, Hasuko, K, additional, Hertzbach, S.S, additional, Huffer, M.E, additional, Huynh, X, additional, Iwasaki, M, additional, Jackson, D.J, additional, Jacques, P, additional, Jaros, J.A, additional, Jiang, Z.Y, additional, Johnson, A.S, additional, Johnson, J.R, additional, Kajikawa, R, additional, Kalelkar, M, additional, Kang, H.J, additional, Kofler, R.R, additional, Kroeger, R.S, additional, Langston, M, additional, Leith, D.W.G, additional, Lia, V, additional, Lin, C, additional, Mancinelli, G, additional, Manly, S, additional, Mantovani, G, additional, Markiewicz, T.W, additional, Maruyama, T, additional, McKemey, A.K, additional, Messner, R, additional, Moffeit, K.C, additional, Moore, T.B, additional, Morii, M, additional, Muller, D, additional, Murzin, V, additional, Narita, S, additional, Nauenberg, U, additional, Neal, H, additional, Nesom, G, additional, Oishi, N, additional, Onoprienko, D, additional, Osborne, L.S, additional, Panvini, R.S, additional, Park, C.H, additional, Peruzzi, I, additional, Piccolo, M, additional, Piemontese, L, additional, Plano, R.J, additional, Prepost, R, additional, Prescott, C.Y, additional, Ratcliff, B.N, additional, Reidy, J, additional, Reinertsen, P.L, additional, Rochester, L.S, additional, Rowson, P.C, additional, Russell, J.J, additional, Saxton, O.H, additional, Schalk, T, additional, Schumm, B.A, additional, Schwiening, J, additional, Serbo, V.V, additional, Shapiro, G, additional, Sinev, N.B, additional, Snyder, J.A, additional, Staengle, H, additional, Stahl, A, additional, Stamer, P, additional, Steiner, H, additional, Su, D, additional, Suekane, F, additional, Sugiyama, A, additional, Suzuki, A, additional, Swartz, M, additional, Taylor, F.E, additional, Thom, J, additional, Torrence, E, additional, Usher, T, additional, Va'vra, J, additional, Verdier, R, additional, Wagner, D.L, additional, Waite, A.P, additional, Walston, S, additional, Weidemann, A.W, additional, Weiss, E.R, additional, Whitaker, J.S, additional, Williams, S.H, additional, Willocq, S, additional, Wilson, R.J, additional, Wisniewski, W.J, additional, Wittlin, J.L, additional, Woods, M, additional, Wright, T.R, additional, Yamamoto, R.K, additional, Yashima, J, additional, Yellin, S.J, additional, Young, C.C, additional, and Yuta, H, additional

Published
2004
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15. Masticatory strains in the mandibular corpus of selenodont artiodactyls

Author

Williams, S.H., Vinyard, C.J., Wall, C.E., and Hylander W.L.

Subjects
Zoology and wildlife conservation
Abstract

Although selenodont artiodactyls have been the subject of several theoretical studies of masticatory biomechanics, very little is known about in vivo loading regimes in the mandible of these animals during mastication. Here, we present strain data from the mandibular corpus of goats (Capra hircus) and alpacas (Lama pacos) to provide a basis for the interpretation of mandibular form in selenodont artiodactyls. Goats and alpacas are broadly similar among mammals in masticatory form yet differ in some aspects of mandibular morphology and jaw-muscle recruitment patterns. These differences suggest that mandibular loading patterns may differ between these species. Most notably, alpacas have a solidly ossified mandibular symphysis and a balancing-side deep masseter muscle that is recruited late relative to the other jaw muscles. Goats have an unfused, mobile symphysis and an early-acting balancing-side deep masseter muscle. In this study, rosette strain gages were attached to the mandible below the last premolar or first molar in both species to record both the magnitude and direction of principal strains during the mastication of hay. The strain data indicate that in both species the working-side corpus is twisted about its long axis and/or sheared perpendicular to its long axis during the power stroke. On the balancing-side, the corpus undergoes a combination of parasagittal and lateral transverse bending, although additional data will determine whether one pattern predominates in either species. Interestingly, in selenodont artiodactyls, there is no apparent link between symphyseal morphology and the magnitude of balancing-side to working-side bone strain as has been proposed for other mammals.

Published
2003

16. Symphyseal fusion in anthropoids and ungulates: a case of functional convergence?

Author

Williams, S.H., Vinyard, C.J., Wall, C.E., and Hylander, W.L.

Subjects
Alpaca -- Research, Alpaca -- Physiological aspects, Goats -- Research, Goats -- Physiological aspects, Horses -- Physiological aspects, Jaws -- Research, Physical anthropology -- Research, Primates -- Research, Primates -- Physiological aspects, Anthropology/archeology/folklore
Abstract

Although symphyseal fusion has evolved independently in several mammalian lineages, its functional significance has been studied most extensively in primates. In vivo research in anthropoids and strepsirrhines suggests that symphyseal fusion is linked to wishboning of the symphysis due mainly to the delayed and pronounced recruitment of the balancing-side deep masseter (BSDM) (Hylander et al., 2000, 2002). Whereas the BSDM peaks after the working-side superficial masseter (WSSM) in anthropoids, the BSDM peaks prior to the WSSM in those strepsirrhines with highly mobile symphyses. Moreover, compared to these strepsirrhines, anthropoids recruit greater amounts of relative force from the BSDM. In this study, we test whether symphyseal fusion in ungulates is associated with the timing and magnitude of BSDM activity. We analyzed electromyographic data from the left and right superficial and deep masseters in alpacas and horses, both of which have fused symphyses, and goats, which have an unfused symphysis. In alpacas and horses the BSDM peaks well after the WSSM, as in anthropoids. In goats the BSDM peaks prior to the working-side superficial masseter, as in strepsirrhines with highly mobile symphyses. However, whereas horses recruit nearly equal amounts of working- and balancing-side relative force from the deep masseter, alpacas and goats recruit two to three times more relative force from the working-side deep masseter. The firing pattern data provide preliminary support for functional convergences in the evolution of symphyseal fusion in anthropoids, alpacas and horses.

Published
2003

17. Convergence of the 'wishboning' jaw-muscle activity pattern in anthropoids and strepsirrhines: the recruitment and firing of jaw muscles in Propithecus verreauxi

Author

Hylander, W.L., Vinyard, C.J., Wall, C.E., Williams, S.H., and Johnson, K.R.

Subjects
Sifakas -- Physiological aspects, Mastication -- Physiological aspects, Jaws -- Physiological aspects, Anthropology/archeology/folklore
Abstract

Symphyseal fusion in primates is likely to be a structural adaptation to strengthen the symphysis during chewing. Support for this hypothesis comes from mandibular bone strain analyses and EMG analyses of jaw-muscle behavior in several anthropoids, ring-tailed lemurs and thick-tailed galagos (Hylander et al., 1998, 2000, 2002; Vinyard et al., 2000). The EMG analyses demonstrate that anthropoids recruit relatively more muscle force from the balancing-side deep masseter (BSDM), and peak activity of this muscle occurs late in the power stroke. These recruitment and firing patterns cause the anthropoid mandibular symphysis to 'wishbone' during mastication, resulting in relatively high levels of symphyseal stress. Although BSDM recruitment and firing patterns are very similar in the above two strepsirrhines, both of which have highly mobile symphyses, we test the hypothesis that those living strepsirrhines with robust, partially-fused rigid symphyses (e.g., sifakas) have recruitment and firing patterns more similar to those of anthropoids. We analyzed EMG activity of the jaw-closing muscles in 2 adult male and 1 adult female sifakas (Propithecus verreauxi). Both the recruitment and firing patterns of the BSDM of sifakas are similar to those of anthropoids, and quite unlike those of galagos and ring-tailed lemurs. These data provide additional support for the hypothesis that increasing symphyseal strength in primates is linked to 'wishboning.' Furthermore, as the BSDM firing patterns of galagos and ring-tailed lemurs likely represent the primitive mammalian condition, these data provide compelling evidence for the independent evolution of the 'wishboning' firing pattern in strepsirrhines.

Published
2003

18. Jaw-muscle motor patterns in ungulates: is there a transverse pattern?

Author

Williams, S.H., Wall, C.E., Vinyard, C.J., and Hylander, W.L.

Subjects
Jaws -- Physiological aspects, Muscle contraction -- Physiological aspects, Ungulates -- Physiological aspects, Ungulata, Animal mechanics -- Research, Zoology and wildlife conservation
Abstract

Similarities in masticatory apparatus form and jaw movements in artiodactyls and perissodactyls have led to the idea that ungulate grinding is linked to a derived jaw-muscle recruitment pattern, known as the 'transverse pattern' (Weijs, 1994). In the transverse pattern, large transverse jaw movements are said to be associated with a separation in jaw-muscle peak activity. The working-side temporalis (VVT) and balancing-side superficial masseter (BSM) and medial pterygold (BMP) (Triplet I) are thought to peak much earlier than the working-side superficial masseter (WSM) and medial pterygoid (WMP) and balancing-side temporalis (BT) (Triplet II) as compared to mammals with less transverse jaw movement. Here, we test if there is uniform jaw-muscle recruitment indicative of a transverse pattern. We recorded EMG during chewing from the left and right temporalis, medial pterygoid and superficial and deep masseters in goats, alpacas and horses. Results show substantial variation in the timing of jaw-muscle peak activity among these species. In alpacas and goats, Triplet I muscles peak almost simultaneously followed by a prolonged delay and near simultaneous peak activity of Triplet II muscles. Horses do not show this pattern. Peak activity of the WT and BMP is delayed by nearly 100ms relative to the BSM. The WSM is similarly offset relative to other Triplet II muscles. Moreover, the goat balancing-side deep masseter peaks prior to the WSM whereas in horses and alpacas it peaks almost 80ms after the WSM. By lumping all ungulates into a single transverse pattern, we likely are obscuring important variation in ungulate jaw-muscle recruitment patterns that have a significant impact on ungulate masticatory biomechanics.

Published
2002

19. Improved measurement of the probability for gluon splitting into in Z0 decays

Author

Abe, Koya, primary, Abe, Kenji, additional, Abe, T., additional, Adam, I., additional, Akimoto, H., additional, Aston, D., additional, Baird, K.G., additional, Baltay, C., additional, Band, H.R., additional, Barklow, T.L., additional, Bauer, J.M., additional, Bellodi, G., additional, Berger, R., additional, Blaylock, G., additional, Bogart, J.R., additional, Bower, G.R., additional, Brau, J.E., additional, Breidenbach, M., additional, Bugg, W.M., additional, Burke, D., additional, Burnett, T.H., additional, Burrows, P.N., additional, Calcaterra, A., additional, Cassell, R., additional, Chou, A., additional, Cohn, H.O., additional, Coller, J.A., additional, Convery, M.R., additional, Cook, V., additional, Cowan, R.F., additional, Crawford, G., additional, Damerell, C.J.S., additional, Daoudi, M., additional, de Groot, N., additional, de Sangro, R., additional, Dong, D.N., additional, Doser, M., additional, Dubois, R., additional, Erofeeva, I., additional, Eschenburg, V., additional, Etzion, E., additional, Fahey, S., additional, Falciai, D., additional, Fernandez, J.P., additional, Flood, K., additional, Frey, R., additional, Hart, E.L., additional, Hasuko, K., additional, Hertzbach, S.S., additional, Huffer, M.E., additional, Huynh, X., additional, Iwasaki, M., additional, Jackson, D.J., additional, Jacques, P., additional, Jaros, J.A., additional, Jiang, Z.Y., additional, Johnson, A.S., additional, Johnson, J.R., additional, Kajikawa, R., additional, Kalelkar, M., additional, Kang, H.J., additional, Kofler, R.R., additional, Kroeger, R.S., additional, Langston, M., additional, Leith, D.W.G., additional, Lia, V., additional, Lin, C., additional, Mancinelli, G., additional, Manly, S., additional, Mantovani, G., additional, Markiewicz, T.W., additional, Maruyama, T., additional, McKemey, A.K., additional, Messner, R., additional, Moffeit, K.C., additional, Moore, T.B., additional, Morii, M., additional, Muller, D., additional, Murzin, V., additional, Narita, S., additional, Nauenberg, U., additional, Neal, H., additional, Nesom, G., additional, Oishi, N., additional, Onoprienko, D., additional, Osborne, L.S., additional, Panvini, R.S., additional, Park, C.H., additional, Peruzzi, I., additional, Piccolo, M., additional, Piemontese, L., additional, Plano, R.J., additional, Prepost, R., additional, Prescott, C.Y., additional, Ratcliff, B.N., additional, Reidy, J., additional, Reinertsen, P.L., additional, Rochester, L.S., additional, Rowson, P.C., additional, Russell, J.J., additional, Saxton, O.H., additional, Schalk, T., additional, Schumm, B.A., additional, Schwiening, J., additional, Serbo, V.V., additional, Shapiro, G., additional, Sinev, N.B., additional, Snyder, J.A., additional, Staengle, H., additional, Stahl, A., additional, Stamer, P., additional, Steiner, H., additional, Su, D., additional, Suekane, F., additional, Sugiyama, A., additional, Suzuki, S., additional, Swartz, M., additional, Taylor, F.E., additional, Thom, J., additional, Torrence, E., additional, Usher, T., additional, Va'vra, J., additional, Verdier, R., additional, Wagner, D.L., additional, Waite, A.P., additional, Walston, S., additional, Weidemann, A.W., additional, Weiss, E.R., additional, Whitaker, J.S., additional, Williams, S.H., additional, Willocq, S., additional, Wilson, R.J., additional, Wisniewski, W.J., additional, Wittlin, J.L., additional, Woods, M., additional, Wright, T.R., additional, Yamamoto, R.K., additional, Yashima, J., additional, Yellin, S.J., additional, Young, C.C., additional, and Yuta, H., additional

Published
2001
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20. Progress and problems in the selection of stratotypes for the bases of series in the Ordovician System of the historical type area in the UK

Author

Barnes, C.R., Williams, S.H., Fortey, R.A., Bassett, M.G., Harper, D.A.T., Hughes, R.A., Ingham, J.K., Molyneux, S.G., Owen, A.W., Owens, R.M., Rushton, A.W.A., Sheldon, P.R., Barnes, C.R., Williams, S.H., Fortey, R.A., Bassett, M.G., Harper, D.A.T., Hughes, R.A., Ingham, J.K., Molyneux, S.G., Owen, A.W., Owens, R.M., Rushton, A.W.A., and Sheldon, P.R.

Published
1991

21. Measurement of the charged multiplicities in b, c and light quark events from Z0 decays

Author

Abe, K., primary, Abe, K., additional, Abt, I., additional, Akagi, T., additional, Allen, N.J., additional, Ash, W.W., additional, Aston, D., additional, Baird, K.G., additional, Baltay, C., additional, Band, H.R., additional, Barakat, M.B., additional, Baranko, G., additional, Bardon, O., additional, Barklow, T., additional, Bazarko, A.O., additional, Ben-David, R., additional, Benvenuti, A.C., additional, Bilei, G.M., additional, Bisello, D., additional, Blaylock, G., additional, Bogart, J.R., additional, Bolen, B., additional, Bolton, T., additional, Bower, G.R., additional, Brau, J.E., additional, Breidenbach, M., additional, Bugg, W.M., additional, Burke, D., additional, Burnett, T.H., additional, Burrows, P.N., additional, Busza, W., additional, Calcaterra, A., additional, Caldwell, D.O., additional, Calloway, D., additional, Camanzi, B., additional, Carpinelli, M., additional, Cassell, R., additional, Castaldi, R., additional, Castro, A., additional, Cavalli-Sforza, M., additional, Chou, A., additional, Church, E., additional, Cohn, H.O., additional, Coller, J.A., additional, Cook, V., additional, Cotton, R., additional, Cowan, R.F., additional, Coyne, D.G., additional, Crwaford, G., additional, D'Oliveira, A., additional, Damerell, C.J.S., additional, Daoudi, M., additional, De Sangro, R., additional, Dell'Orso, R., additional, Dervan, P.J., additional, Dima, M., additional, Dong, D.N., additional, Du, P.Y.C., additional, Dubois, R., additional, Eisenstein, B.I., additional, Elia, R., additional, Etzion, E., additional, Falciai, D., additional, Fan, C., additional, Fero, M.J., additional, Frey, R., additional, Furuno, K., additional, Gillman, T., additional, Gladding, G., additional, Gonzalez, S., additional, Hallewell, G.D., additional, Hart, E.L., additional, Harton, J.L., additional, Hasan, A., additional, Hasegawa, Y., additional, Hasuko, K., additional, Hedges, S.J., additional, Hertzbach, S.S., additional, Hildreth, M.D., additional, Huber, J., additional, Huffer, M.E., additional, Hughes, E.W., additional, Hwang, H., additional, Iwasaki, Y., additional, Jackson, D.J., additional, Jacques, P., additional, Jaros, J.A., additional, Johnson, A.S., additional, Johnson, J.R., additional, Johnson, R.A., additional, Junk, T., additional, Kajikawa, R., additional, Kalelkar, M., additional, Kang, H.J., additional, Karliner, I., additional, Kawahara, H., additional, Kendall, H.W., additional, Kim, Y.D., additional, King, M.E., additional, King, R., additional, Kofler, R.R., additional, Krishna, N.M., additional, Kroeger, R.S., additional, Labs, J.F., additional, Langston, M., additional, Lath, A., additional, Lauber, J.A., additional, Leith, D.W.G.S., additional, Lia, V., additional, Liu, M.X., additional, Liu, X., additional, Loreti, M., additional, Lu, A., additional, Lynch, H.L., additional, Ma, J., additional, Mancinelli, G., additional, Manly, S., additional, Mantovan, G., additional, Markiewicz, T.W., additional, Maruyama, T., additional, Masuda, H., additional, Mazzucato, E., additional, McKemey, A.K., additional, Meadows, B.T., additional, Messner, R., additional, Mockett, P.M., additional, Moffeit, K.C., additional, Moore, T.B., additional, Muller, D., additional, Nagamine, T., additional, Narita, S., additional, Nauenberg, U., additional, Neal, H., additional, Nussbaum, M., additional, Ohnishi, Y., additional, Osborne, L.S., additional, Panvini, R.S., additional, Park, H., additional, Pavel, T.J., additional, Peruzzi, I., additional, Piccolo, M., additional, Piemontese, L., additional, Pieroni, E., additional, Pitts, K.T., additional, Plano, R.J., additional, Prepost, R., additional, Prescott, C.Y., additional, Punkar, G.D., additional, Quigley, J., additional, Ratcliff, B.N., additional, Reeves, T.W., additional, Reidy, J., additional, Rensing, P.E., additional, Rochester, L.S., additional, Rowson, P.C., additional, Russell, J.J., additional, Saxton, O.H., additional, Schalk, T., additional, Schindler, R.H., additional, Schumm, B.A., additional, Sen, S., additional, Serbo, V.V., additional, Shaevitz, M.H., additional, Shank, J.T., additional, Shapiro, G., additional, Sherden, D.J., additional, Shmakov, K.D., additional, Simopoulos, C., additional, Sinev, N.B., additional, Smith, S.R., additional, Smy, M.B., additional, Snyder, J.A., additional, Stamer, P., additional, Steiner, H., additional, Steiner, R., additional, Strauss, M.G., additional, Su, D., additional, Suekane, F., additional, Sugiyama, A., additional, Suzuki, S., additional, Swartz, M., additional, Szumilo, A., additional, Takahashi, T., additional, Taylor, F.E., additional, Torrence, E., additional, Trandafir, A.I., additional, Turk, J.D., additional, Usher, T., additional, Va'vra, J., additional, Vannini, C., additional, Vella, E., additional, Venuti, J.P., additional, Verdier, R., additional, Verdini, P.G., additional, Wagner, S.R., additional, Waite, A.P., additional, Watts, S.J., additional, Weidemann, A.W., additional, Weiss, E.R., additional, Whitaker, J.S., additional, White, S.L., additional, Wickens, F.J., additional, Williams, D.A., additional, Williams, D.C., additional, Williams, S.H., additional, Willocq, S., additional, Wilson, R.J., additional, Wisniewski, W.J., additional, Woods, M., additional, Word, G.B., additional, Wyss, J., additional, Yamamoto, R.K., additional, Yamartino, J.M., additional, Yang, X., additional, Yellin, S.J., additional, Young, C.C., additional, Yuta, H., additional, Zapalac, G., additional, Zdarko, R.W., additional, Zeitlin, C., additional, and Zhou, J., additional

Published
1996
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22. Operational experience with the SLD CRID at the SLC

Author

Abe, K, primary, Aston, D, additional, Baird, K, additional, Baltay, C, additional, Ben-David, R, additional, Bienz, T, additional, Caldwell, D.O, additional, Cavalli-Sforza, M, additional, Coller, J, additional, Coyne, D, additional, Dima, M, additional, d'Oliveira, A, additional, Hallewell, G, additional, Hasegawa, Y, additional, Huber, J, additional, Iwasaki, Y, additional, Jacques, P, additional, Johnson, R.A, additional, Kalelkar, M, additional, Kawahara, H, additional, Leith, D.W.G.S, additional, Liu, X, additional, Lu, A, additional, Manly, S, additional, Meadows, B, additional, Müller, G, additional, Muller, D, additional, Nagamine, T, additional, Narita, S, additional, Nussbaum, M, additional, Pavel, T.J, additional, Plano, R, additional, Ratcliff, B, additional, Rensing, P, additional, Sen, S, additional, Shank, J.T, additional, Shapiro, S, additional, Simopoulos, C, additional, Snyder, J, additional, Stamer, P, additional, Suekane, F, additional, Turk, J, additional, Va'vra, J, additional, Whitaker, J.S, additional, Williams, D.A, additional, Williams, S.H, additional, Willocq, S, additional, Wilson, R.J, additional, Word, G, additional, Yellin, S, additional, and Yuta, H, additional

Published
1996
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24. Operational status and performance of the SLD CRID

Author

Abe, K, primary, Antilogus, P, additional, Aston, D, additional, Baird, K, additional, Baltay, C, additional, Bean, A, additional, Ben-David, R, additional, Bienz, T, additional, Bird, F, additional, Caldwell, D.O, additional, Cavalli-Sforza, M, additional, Coller, J, additional, Coyle, P, additional, Coyne, D, additional, Dasu, S, additional, Dima, M, additional, d'Oliveira, A, additional, Duboscq, J, additional, Dunwoodie, W, additional, Hallewell, G, additional, Hasegawa, K, additional, Hasegawa, Y, additional, Huber, J, additional, Iwasaki, Y, additional, Jacques, P, additional, Johnson, R.A, additional, Kalelkar, M, additional, Kawahara, H, additional, Kwon, Y, additional, Leith, D.W.G.S, additional, Liu, X, additional, Lu, A, additional, Manly, S, additional, Martinez, J, additional, Mathys, L, additional, McHugh, S, additional, Meadows, B, additional, Müller, G, additional, Muller, D, additional, Nagamine, T, additional, Narita, S, additional, Nussbaum, M, additional, Pavel, T.J, additional, Plano, R, additional, Ratcliff, B, additional, Rensing, P, additional, Santha, A.K.S, additional, Schultz, D, additional, Sen, S, additional, Shank, J.T, additional, Shapiro, S, additional, Simopoulos, C, additional, Snyder, J, additional, Solodov, E, additional, Stamer, P, additional, Stockdale, I, additional, Suekane, F, additional, Toge, N, additional, Turk, J, additional, Va'vra, J, additional, Whitaker, J.S, additional, Williams, D.A, additional, Williams, S.H, additional, Willocq, S, additional, Wilson, R.J, additional, Word, G, additional, Yellin, S, additional, and Yuta, H, additional

Published
1996
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25. Factorial and cumulant moments in e+e− → hadrons at the Z0 resonance

Author

Abe, K., primary, Abt, I., additional, Ahn, C.J., additional, Akagi, T., additional, Allen, N.J., additional, Ash, W.W., additional, Aston, D., additional, Baird, K.G., additional, Baltay, C., additional, Band, H.R., additional, Barakat, M.B., additional, Baranko, G., additional, Bardon, O., additional, Barklow, T., additional, Bazarko, A.O., additional, Ben-David, R., additional, Benvenuti, A.C., additional, Bilei, G.M., additional, Bisello, D., additional, Blaylock, G., additional, Bogart, J.R., additional, Bolton, T., additional, Bower, G.R., additional, Brau, J.E., additional, Breidenbach, M., additional, Bugg, W.M., additional, Burke, D., additional, Burnett, T.H., additional, Burrows, P.N., additional, Busza, W., additional, Calcaterra, A., additional, Caldwell, D.O., additional, Calloway, D., additional, Camanzi, B., additional, Carpinelli, M., additional, Cassell, R., additional, Castaldi, R., additional, Castro, A., additional, Cavalli-Sforza, M., additional, Chou, A., additional, Church, E., additional, Cohn, H.O., additional, Coller, J.A., additional, Cook, V., additional, Cotton, R., additional, Cowan, R.F., additional, Coyne, D.G., additional, Crawford, G., additional, D'Oliveira, A., additional, Damerell, C.J.S., additional, Daoudi, M., additional, De Sangro, R., additional, De Simone, P., additional, Dell'Orso, R., additional, Dima, M., additional, Du, P.Y.C., additional, Dubois, R., additional, Eisenstein, B.I., additional, Elia, R., additional, Etzion, E., additional, Falciai, D., additional, Fan, C., additional, Fero, M.J., additional, Frey, R., additional, Furuno, K., additional, Gillman, T., additional, Gladding, G., additional, Gonzalez, S., additional, Hallewell, G.D., additional, Hart, E.L., additional, Hasan, A., additional, Hasegawa, Y., additional, Hasuko, K., additional, Hedges, S., additional, Hertzbach, S.S., additional, Hildreth, M.D., additional, Huber, J., additional, Huffer, M.E., additional, Hughes, E.W., additional, Hwang, H., additional, Iwasaki, Y., additional, Jackson, D.J., additional, Jacques, P., additional, Jaros, J., additional, Johnson, A.S., additional, Johnson, J.R., additional, Johnson, R.A., additional, Junk, T., additional, Kajikawa, R., additional, Kalelkar, M., additional, Kang, H.J., additional, Karliner, I., additional, Kawahara, H., additional, Kendall, H.W., additional, Kim, Y., additional, King, M.E., additional, King, R., additional, Kofler, R.R., additional, Krishna, N.M., additional, Kroeger, R.S., additional, Labs, J.F., additional, Langston, M., additional, Lath, A., additional, Lauber, J.A., additional, Leith, D.W.G.S., additional, Liu, M.X., additional, Liu, X., additional, Loreti, M., additional, Lu, A., additional, Lynch, H.L., additional, Ma, J., additional, Mancinelli, G., additional, Manly, S., additional, Mantovani, G., additional, Markiewicz, T.W., additional, Maruyama, T., additional, Massetti, R., additional, Masuda, H., additional, Mazzucato, E., additional, McKemey, A.K., additional, Meadows, B.T., additional, Messner, R., additional, Mockett, P.M., additional, Moffeit, K.C., additional, Mours, B., additional, Muller, D., additional, Nagamine, T., additional, Narita, S., additional, Nauenberg, U., additional, Neal, H., additional, Nussbaum, M., additional, Ohnishi, Y., additional, Osborne, L.S., additional, Panvini, R.S., additional, Park, H., additional, Pavel, T.J., additional, Peruzzi, I., additional, Piccolo, M., additional, Piemontese, L., additional, Pieroni, E., additional, Pitts, K.T., additional, Plano, R.J., additional, Prepost, R., additional, Prescott, C.Y., additional, Punkar, G.D., additional, Quigley, J., additional, Ratcliff, B.N., additional, Reeves, T.W., additional, Reidy, J., additional, Rensing, P.E., additional, Rochester, L.S., additional, Rowson, P.C., additional, Russell, J.J., additional, Saxton, O.H., additional, Schaffner, S.F., additional, Schalk, T., additional, Schindler, R.H., additional, Schumm, B.A., additional, Seiden, A., additional, Sen, S., additional, Serbo, V.V., additional, Shaevitz, M.H., additional, Shank, J.T., additional, Shapiro, G., additional, Shapiro, S.L., additional, Sherden, D.J., additional, Shmakov, K.D., additional, Simopoulos, C., additional, Sinev, N.B., additional, Smith, S.R., additional, Snyder, J.A., additional, Stamer, P., additional, Steiner, H., additional, Steiner, R., additional, Strauss, M.G., additional, Su, D., additional, Suekane, F., additional, Sugiyama, A., additional, Suzuki, S., additional, Swartz, M., additional, Szumilo, A., additional, Takahashi, T., additional, Taylor, F.E., additional, Torrence, E., additional, Trandafir, A.I., additional, Turk, J.D., additional, Usher, T., additional, Va'vra, J., additional, Vannini, C., additional, Vella, E., additional, Venuti, J.P., additional, Verdier, R., additional, Verdini, P.G., additional, Wagner, S.R., additional, Waite, A.P., additional, Watts, S.J., additional, Weidemann, A.W., additional, Weiss, E.R., additional, Whitaker, J.S., additional, White, S.L., additional, Wickens, F.J., additional, Williams, D.A., additional, Williams, D.C., additional, Williams, S.H., additional, Willocq, S., additional, Wilson, R.J., additional, Wisniewski, W.J., additional, Woods, M., additional, Word, G.B., additional, Wyss, J., additional, Yamamoto, R.K., additional, Yamartino, J.M., additional, Yang, X., additional, Yellin, S.J., additional, Young, C.C., additional, Yuta, H., additional, Zapalac, G., additional, Zdarko, R.W., additional, Zeitlin, C., additional, Zhang, Z., additional, and Zhou, J., additional

Published
1996
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26. Obtaining physics results from the SLD CRID

Author

Abe, K, primary, Antilogus, P, additional, Aston, D, additional, Baird, K, additional, Baltay, C, additional, Bean, A, additional, Ben-David, R, additional, Bienz, T, additional, Bird, F, additional, Caldwell, D.O, additional, Cavalli-Sforza, M, additional, Coller, J, additional, Coyle, P, additional, Coyne, D, additional, Dasu, S, additional, Dima, M, additional, d'Oliveira, A, additional, Duboscq, J, additional, Dunwoodie, W, additional, Hallewell, G, additional, Hasegawa, K, additional, Hasegawa, Y, additional, Huber, J, additional, Iwasaki, Y, additional, Jacques, P, additional, Johnson, R.A, additional, Kalelkar, M, additional, Kawahara, H, additional, Kwon, Y, additional, Leith, D.W.G.S, additional, Liu, X, additional, Lu, A, additional, Manly, S, additional, Martinez, J, additional, Mathys, L, additional, McHugh, S, additional, Meadows, B, additional, Müller, G, additional, Muller, D, additional, Nagamine, T, additional, Narita, S, additional, Nussbaum, M, additional, Pavel, T.J, additional, Plano, R, additional, Ratcliff, B, additional, Rensing, P, additional, Santha, A.K.S, additional, Schultz, D, additional, Sen, S, additional, Shank, J.T, additional, Shapiro, S, additional, Simopoulos, C, additional, Snyder, J, additional, Solodov, E, additional, Stamer, P, additional, Stockdale, I, additional, Suekane, F, additional, Toge, N, additional, Turk, J, additional, Va'vra, J, additional, Whitaker, J.S, additional, Williams, D.A, additional, Williams, S.H, additional, Willocq, S, additional, Wilson, R.J, additional, Word, G, additional, Yellin, S, additional, and Yuta, H, additional

Published
1996
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27. The endcap Cherenkov ring imaging detector at SLD

Author

Abe, K., primary, Antilogus, P., additional, Aston, D., additional, Baird, K., additional, Baltay, C., additional, Bean, A., additional, Ben-David, R., additional, Bienz, T., additional, Bird, F., additional, Caldwell, D.O., additional, Cavalli-Sforza, M., additional, Coller, J., additional, Coyle, P., additional, Coyne, D., additional, Dima, M., additional, Dolinsky, S., additional, d'Oliveira, A., additional, Duboscq, J., additional, Dunwoodie, W., additional, Hallewell, G., additional, Hasegawa, K., additional, Hasegawa, Y., additional, Huber, J., additional, Iwasaki, Y., additional, Jacques, P., additional, Johnson, R.A., additional, Kalelkar, M., additional, Kawahara, H., additional, Kwon, Y., additional, Leith, D.G.W.S., additional, Liu, X., additional, Lu, A., additional, Manly, S., additional, Martinez, J., additional, Mathys, L., additional, Mchugh, S., additional, Meadows, B., additional, Muller, G., additional, Muller, D., additional, Nagamine, T., additional, Nussbaum, M., additional, Pavel, T.J., additional, Plano, R., additional, Ratcliffe, B., additional, Rensing, P., additional, Santha, A.K.S., additional, Schultz, D., additional, Sen, S., additional, Shank, J.T., additional, Shapiro, S., additional, Simopoulos, C., additional, Snyder, J., additional, Sokoloff, M.D., additional, Solodov, E., additional, Stamer, P., additional, Stockdale, I., additional, Suekane, F., additional, Toge, N., additional, Turk, J., additional, Va'vra, J., additional, Weber, T., additional, Whitaker, J.S., additional, Williams, D.A., additional, Williams, S.H., additional, Willocq, S., additional, Wilson, R.J., additional, Word, G., additional, Yellin, S., additional, and Yuta, H., additional

Published
1995
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28. Results from the SLD barrel CRID detector

Author

Abe, K., primary, Antilogus, P., additional, Aston, D., additional, Baird, K., additional, Bean, A., additional, Ben-David, R., additional, Bienz, T., additional, Bird, F., additional, Caldwell, D.O., additional, Cavalli-Sforza, M., additional, Coller, J., additional, Coyle, P., additional, Coyne, D., additional, Dasu, S., additional, Dolinsky, S., additional, D'Oliveira, A., additional, Duboscq, J., additional, Dunwoodie, W., additional, Hallewell, G., additional, Hasegawa, K., additional, Hasegawa, Y., additional, Huber, J., additional, Iwasaki, Y., additional, Jacques, P., additional, Johnson, R.A., additional, Kalelkar, M., additional, Kawahara, H., additional, Kwon, Y., additional, Leith, D.W.G.S., additional, Liu, X., additional, Lu, A., additional, Manly, S., additional, Martinez, J., additional, Mathys, L., additional, McHugh, S., additional, Meadows, B., additional, Muller, G., additional, Muller, D., additional, Nagamine, T., additional, Nussbaum, M., additional, Pavel, T.J., additional, Plano, R., additional, Ratcliff, B., additional, Rensing, P., additional, Santha, A.K.S., additional, Schultz, D., additional, Shank, J.T., additional, Shapiro, S., additional, Simopoulous, C., additional, Snyder, J., additional, Sokoloff, M.D., additional, Solodov, E., additional, Stamer, P., additional, Stockdale, I., additional, Suekane, F., additional, Toge, N., additional, Turk, J., additional, Va'vra, J., additional, Whitaker, J.S., additional, Williams, D.A., additional, Williams, S.H., additional, Willocq, S., additional, Wilson, R.J., additional, Word, G., additional, Yellin, S., additional, and Yuta, H., additional

Published
1994
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29. Performance of the CRID at SLD

Author

Abe, K., primary, Antilogus, P., additional, Aston, D., additional, Baird, K., additional, Bean, A., additional, Ben-David, R., additional, Bienz, T., additional, Bird, F., additional, Caldwell, D.O., additional, Cavalli-Sforza, M., additional, Coller, J., additional, Coyle, P., additional, Coyne, D., additional, Dasu, S., additional, Dolinsky, S., additional, d'Oliveira, A., additional, Duboscq, J., additional, Dunwoodie, W., additional, Hallewell, G., additional, Hasegawa, K., additional, Hasegawa, Y., additional, Huber, J., additional, Iwasaki, Y., additional, Jacques, P., additional, Johnson, R.A., additional, Kalelkar, M., additional, Kawahara, H., additional, Kwon, Y., additional, Leith, D.W.G.S., additional, Liu, X., additional, Lu, A., additional, Manley, S., additional, Martinez, J., additional, Mathys, L., additional, McHugh, S., additional, Meadows, B., additional, Müller, G., additional, Muller, D., additional, Nagamine, T., additional, Nussbaum, M., additional, Pavel, T.J., additional, Plano, R., additional, Ratcliff, B., additional, Rensing, P., additional, Santha, A.K.S., additional, Schultz, D., additional, Shank, J.T., additional, Shapiro, S., additional, Simopoulos, C., additional, Snyder, J., additional, Sokoloff, M.D., additional, Solodov, E., additional, Stamer, P., additional, Stockdale, I., additional, Suekane, F., additional, Toge, N., additional, Turk, J., additional, Va'vra, J., additional, Whitaker, J.S., additional, Williams, D.A., additional, Williams, S.H., additional, Wilson, R.J., additional, Word, G., additional, Yellin, S., additional, and Yuta, H., additional

Published
1994
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30. The fluid systems for the SLD Cherenkov Ring Imaging Detector

Author

Abe, K., primary, Antilogus, P., additional, Aston, D., additional, Baird, K., additional, Bean, A., additional, Ben-David, R., additional, Bienz, T., additional, Bird, F., additional, Caldwell, D.O., additional, Cavalli-Sforza, M., additional, Coller, J., additional, Coyle, P., additional, Coyne, D., additional, Dasu, S., additional, Dolinsky, S., additional, d'Oliveira, A., additional, Duboscq, J., additional, Dunwoodie, W., additional, Gagnon, P., additional, Hallewell, G., additional, Hasegawa, K., additional, Hasegawa, Y., additional, Huber, J., additional, Iwasaki, Y., additional, Jacques, P., additional, Johnson, R.A., additional, Kalelkar, M., additional, Kawahara, H., additional, Kwon, Y., additional, Leith, D.W.G.S., additional, Liu, X., additional, Lu, A., additional, Manly, S., additional, Martinez, J., additional, Mathys, L., additional, McCulloch, M., additional, McHugh, S., additional, McShurley, D., additional, Muller, G., additional, Muller, D., additional, Nagamine, T., additional, Nussbaum, M., additional, Pavel, T.J., additional, Peterson, H., additional, Plano, R., additional, Ratcliff, B., additional, Reif, R., additional, Rensing, P., additional, Santha, A.K.S., additional, Schneider, M., additional, Schultz, D., additional, Shank, J.T., additional, Shapiro, S., additional, Shaw, H., additional, Simopoulos, C., additional, Snyder, J., additional, Sokoloff, M.D., additional, Solodov, E., additional, Stamer, P., additional, Stockdale, I., additional, Suekane, F., additional, Toge, N., additional, Turk, J., additional, Va'vra, J., additional, Watt, R., additional, Weber, T., additional, Whitaker, J.S., additional, Williams, D.A., additional, Williams, S.H., additional, Wilson, R.J., additional, Word, G., additional, Yellin, S., additional, and Yuta, H., additional

Published
1993
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31. Performance of the SLD barrels CRID during the 1992 physics data run

Author

Abe, K., primary, Antilogus, P., additional, Aston, D., additional, Baird, K., additional, Bean, A., additional, Ben-David, R., additional, Bienz, T., additional, Bird, F., additional, Caldwell, D.O., additional, Cavalli-Sforza, M., additional, Coller, J., additional, Coyle, P., additional, Coyne, D., additional, Dasu, S., additional, Dolinsky, S., additional, d'Oliveira, A., additional, Duboscq, J., additional, Dunwoodie, W., additional, Hallewell, G., additional, Hasegawa, K., additional, Hasegawa, Y., additional, Huber, J., additional, Iwasaki, Y., additional, Jacques, P., additional, Johnson, R.A., additional, Kalelkar, M., additional, Kawahara, H., additional, Kwon, Y., additional, Leith, D.W.G.S., additional, Liu, X., additional, Lu, A., additional, Manly, S., additional, Martinez, J., additional, Mathys, L., additional, McHugh, S., additional, Meadows, B., additional, Muller, G., additional, Muller, D., additional, Nagamine, T., additional, Nussbaum, M., additional, Pavel, T.J., additional, Plano, R., additional, Ratcliff, B., additional, Rensing, P., additional, Santha, A.K.S., additional, Schultz, D., additional, Shank, J.T., additional, Shapiro, S., additional, Simopoulos, C., additional, Snyder, J., additional, Sokoloff, M.D., additional, Solodov, E., additional, Stamer, P., additional, Stockdale, I., additional, Suekane, F., additional, Toge, N., additional, Turk, J., additional, Va'vra, J., additional, Whitaker, J.S., additional, Williams, D.A., additional, Williams, S.H., additional, Wilson, R.J., additional, Word, G., additional, Yellin, S., additional, and Yuta, H., additional

Published
1993
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32. Initial performance of the SLD Cherenkov ring imaging detector system

Author

Abe, K., primary, Antilogus, P., additional, Aston, D., additional, Baird, K., additional, Bean, A., additional, Bienz, T., additional, Bird, F., additional, Caldwell, D., additional, Cavalli-Sforza, M., additional, Coyle, P., additional, Coyne, D., additional, Dasu, S., additional, Dolinsky, S., additional, d'Oliveira, A., additional, Duboscq, J., additional, Dunwoodie, W., additional, Gagnon, P., additional, Hallewell, G., additional, Hasegawa, K., additional, Huber, J., additional, Jacques, P., additional, Johnson, R.A., additional, Kalelkar, M., additional, Kawahara, H., additional, Kwon, Y., additional, Leith, D.W.G.S., additional, Liu, X., additional, Lu, A., additional, Martinez, J., additional, Mathys, L., additional, McHugh, S., additional, Meadows, B., additional, Muller, D., additional, Nagamine, T., additional, Nussbaum, M., additional, Pavel, T.J., additional, Plano, R., additional, Ratcliff, B., additional, Rensing, P., additional, Santha, A.K.S., additional, Schultz, D., additional, Shapiro, S., additional, Shoup, A., additional, Simopoulos, C., additional, Sokoloff, M., additional, Solodov, E., additional, Stamer, P., additional, Stockdale, I., additional, Suekane, F., additional, Toge, N., additional, Va'vra, J., additional, Whitaker, J.S., additional, Williams, D.A., additional, Williams, S.H., additional, Witherell, M., additional, Wilson, R.J., additional, Word, G., additional, Yellin, S., additional, and Yuta, H., additional

Published
1992
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33. Performance of the front end electronics and data acquisition system for the SLD Cherenkov ring imaging detector

Author

Abe, K., primary, Antilogus, P., additional, Aston, D., additional, Baird, K., additional, Bean, A., additional, Bienz, T., additional, Bird, F., additional, Caldwell, D., additional, Cavalli-Sforza, M., additional, Coyle, P., additional, Coyne, D., additional, Dasu, S., additional, Dolinsky, S., additional, d'Oliveira, A., additional, Duboscq, J., additional, Dunwoodie, W., additional, Gagnon, P., additional, Hallewell, G., additional, Hasegawa, K., additional, Hoeflich, J., additional, Huber, J., additional, Jacques, P., additional, Johnson, R.A., additional, Kalelkar, M., additional, Kawahara, H., additional, Kwon, Y., additional, Leith, D.W.G.S., additional, Liu, X., additional, Lu, A., additional, Marshall, D., additional, Martinez, J., additional, Mathys, L., additional, McHugh, S., additional, Meadows, B., additional, Muller, D., additional, Nagamine, T., additional, Nussbaum, M., additional, Oxoby, G., additional, Pavel, T.J., additional, Plano, R., additional, Ratcliff, B., additional, Rensing, P., additional, Santha, A.K.S., additional, Schultz, D., additional, Shapiro, S., additional, Shoup, A., additional, Simopoulos, C., additional, Sokoloff, M.D., additional, Solodov, E., additional, Stamer, P., additional, Stiles, P., additional, Stockdale, I., additional, Suekane, F., additional, Toge, N., additional, Va'vra, J., additional, Whitaker, J.S., additional, Williams, D.A., additional, Williams, S.H., additional, Witherell, M., additional, Wilson, R.J., additional, Word, G., additional, Yellin, S., additional, and Yuta, H., additional

Published
1992
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34. Production of 400 mirrors with high VUV reflectivity for use in the SLD Cherenkov ring imaging detector

Author

Abe, K., primary, Antilogus, P., additional, Aston, D., additional, Bean, A., additional, Bienz, T., additional, Bird, F., additional, Caldwell, D., additional, Coyle, P., additional, Coyne, D., additional, Datte, P., additional, Duboscq, J., additional, Dunwoodie, W., additional, Gagnon, P., additional, Hale, D., additional, Hallewell, G., additional, Hasegawa, K., additional, Hilton, M., additional, Huber, J., additional, Jacques, P., additional, Johnson, R.A., additional, Kawahara, H., additional, Kwon, Y., additional, Leith, D.W.G.S., additional, Lu, A., additional, Martinez, J., additional, Mathys, L., additional, McHugh, S., additional, Morrison, R., additional, Muller, D., additional, Nagamine, T., additional, Nussbaum, M., additional, Pavel, T., additional, Plano, R., additional, Ratcliff, B., additional, Rensing, P., additional, Santha, A.K.S., additional, Schultz, D., additional, Shapiro, S., additional, Shoup, A., additional, Simopoulos, C., additional, Solodov, E., additional, Stamer, P., additional, Stockdale, I., additional, Suekane, F., additional, Toge, N., additional, Va'vra, J., additional, Whitaker, J.S., additional, Williams, D.A., additional, Williams, S.H., additional, Witherell, M., additional, Wilson, R.J., additional, Yellin, S., additional, and Yuta, H., additional

Published
1991
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36. Analysis of $K^-K^+$ and $\pi^-\pi^+$ final states in 13 GeV $K^-p$ interactions

Author

Brandenburg, G.W., Carnegie, R.K., Cashmore, R.J., Davier, M., Lasinski, T.A., Leith, D.W.G.S., Mathews, J.A.J., Walden, P., Williams, S.H., Laboratoire de l'Accélérateur Linéaire (LAL), and Université Paris-Sud - Paris 11 (UP11)-Institut National de Physique Nucléaire et de Physique des Particules du CNRS (IN2P3)-Centre National de la Recherche Scientifique (CNRS)

Subjects
[PHYS.HEXP]Physics [physics]/High Energy Physics - Experiment [hep-ex]
Published
1976

37. Production properties of $Q$ mesons in $K^{pm}p \rightarrow K^{pm}\pi^+\pi^-p$ at 13 GeV

Author

Brandenburg, G.W., Carnegie, R.K., Cashmore, R.J., Davier, M., Dunwoodie, W.M., Lasinski, T.A., Leith, D.W.G.S., Matthews, J.A.J., Walden, P., Williams, S.H., Winkelmann, F.C., Laboratoire de l'Accélérateur Linéaire (LAL), and Université Paris-Sud - Paris 11 (UP11)-Institut National de Physique Nucléaire et de Physique des Particules du CNRS (IN2P3)-Centre National de la Recherche Scientifique (CNRS)

Subjects
[PHYS.HEXP]Physics [physics]/High Energy Physics - Experiment [hep-ex]
Published
1976

38. A study of K*(890) and K*(1420) production mechanisms in $K^+p \to K^+\pi^-\delta^{++}$ at 13 GeV/c

Author

Estabrooks, P., Martin, A.D., Brandenburg, G.W., Carnegie, R.K., Cashmore, R.J., Davier, M., Dunwoodie, W.M., Lasinski, T.A., Leith, D.W.G.S., Matthews, J.A.J., Walden, P., Williams, S.H., Laboratoire de l'Accélérateur Linéaire (LAL), and Université Paris-Sud - Paris 11 (UP11)-Institut National de Physique Nucléaire et de Physique des Particules du CNRS (IN2P3)-Centre National de la Recherche Scientifique (CNRS)

Subjects
[PHYS.HEXP]Physics [physics]/High Energy Physics - Experiment [hep-ex]
Published
1976

39. Study of K$^-$p $\rightarrow \bar K$*(890)n at 13 GeV

Author

Brandenburg, G.W., Dunwoodie, W.M., Lasinski, T.A., Leith, D.W.G.S., Williams, S.H., Carnegie, R.K., Cashmore, R.J., Davier, M., Matthews, J.A.J., Walden, P., Laboratoire de l'Accélérateur Linéaire (LAL), Université Paris-Sud - Paris 11 (UP11)-Institut National de Physique Nucléaire et de Physique des Particules du CNRS (IN2P3)-Centre National de la Recherche Scientifique (CNRS), and Starita, Sabine

Subjects
[PHYS.HEXP] Physics [physics]/High Energy Physics - Experiment [hep-ex], [PHYS.HEXP]Physics [physics]/High Energy Physics - Experiment [hep-ex]
Published
1975

40. The imaginary part of the helicity nonflip C = -1 exchange amplitudes in elastic scattering between 6 and 14 GeV

Author

Carnegie, R.K., Cashmore, R.J., Davier, M., Leith, D.W.G.S., Walden, P., Williams, S.H., Laboratoire de l'Accélérateur Linéaire (LAL), Université Paris-Sud - Paris 11 (UP11)-Institut National de Physique Nucléaire et de Physique des Particules du CNRS (IN2P3)-Centre National de la Recherche Scientifique (CNRS), and Starita, Sabine

Subjects
[PHYS.HEXP] Physics [physics]/High Energy Physics - Experiment [hep-ex], [PHYS.HEXP]Physics [physics]/High Energy Physics - Experiment [hep-ex]
Published
1975

43. Amplitudes and exchange mechanisms for K∗(890) and K∗(1420) production

Author

Estabrooks, P., primary, Martin, A.D., additional, Brandenburg, G.W., additional, Carnegie, R.K., additional, Cashmore, R.J., additional, Davier, M., additional, Dunwoodie, W.M., additional, Lasinski, T.A., additional, Leith, D.W.G.S., additional, Matthews, J.A.J., additional, Walden, P., additional, and Williams, S.H., additional

Published
1976
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46. Study of K−p→∗(890)n at 13 GeV

Author

Brandenburg, G.W., primary, Carnegie, R.K., additional, Cashmore, R.J., additional, Davier, M., additional, Dunwoodie, W.M., additional, Lasinski, T.A., additional, Leith, D.W.G.S., additional, Matthews, J.A.J., additional, Walden, P., additional, and Williams, S.H., additional

Published
1975
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48. Determination of the K∗(1800) spin parity

Author

Brandenburg, G.W., primary, Carnegie, R.K., additional, Cashmore, R.J., additional, Davier, M., additional, Dunwoodie, W.M., additional, Lasinski, T.A., additional, Leith, D.W.G.S., additional, Matthews, J.A.J., additional, Walden, P., additional, Williams, S.H., additional, and Winkelmann, F.C., additional

Published
1976
Full Text
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