603 results on '"Buchmann, L."'
Search Results
252. Magneto-optic Trapping ofβ-Decaying38Km,37Kfrom an on-line Isotope Separator
253. The TISOL facility at TRIUMF: operational status at 10 years
254. HPR 506 photoresist used as a positive tone ion resist
255. Beta-delayed particle decay of 36K
256. New Stellar Reaction Rate for [TSUP]12[/TSUP]C(α, γ)[TSUP]16[/TSUP]O
257. Analysis of the totalC12(α,γ)16O cross section based on available angular distributions and other primary data
258. New stellar reaction rates forMg25(p,γ)26Al andAl25(p,γ)26Si
259. Constraints on the low-energy E1 cross section of 12C(α, γ) 16O from the β-delayed α-spectrum of 16N
260. Multi-level-patterning using ion species of different penetration depth
261. Measurement of the half-life of 44Ti
262. Constraints on the low-energyE1 cross section ofC12(α,γ)16O from the β-delayed α spectrum ofN16
263. Ion projection: the successor to optical lithography
264. β-delayed α decay ofN17
265. Direct measurement of the 16O(α,γ)20Ne reaction at Ec.m. = 2.43 MeV and 1.69 MeV.
266. Search for scalar contributions to the 38mKβ+-ν correlation in a magneto-optic trap.
267. The ISAC radioactive beams facility in Canada: Progress and plans.
268. The beta -delayed alpha spectrum of16N and the low-energy extrapolation of the12C( alpha , gamma )16O cross section
269. A study of beta delayed alpha emission from 16N
270. Diamond membranes with controlled stress for submicron lithography
271. β-delayed α spectrum ofN16and theC12(α,γ)16O cross section at low energies
272. Lithography with high depth of focus by an ion projection system
273. Upgrade of the TRIUMF on-line isotope separator, TISOL
274. Targets and ion sources at the TISOL facility
275. Novel surface imaging process with ion-beam lithography and dry development
276. The ECR ion source at the TRIUMF isotope separator TISOL
277. A direct current polarized H− ion source based on optically pumped rubidium
278. Repair of open stencil masks for ion projection lithography by e-beam induced metal deposition
279. Fabrication of 3.5 GHz surface acoustic wave filters by ion projection lithography
280. Stress modification and characterization of thin SiC films grown by plasma-enhanced chemical vapour deposition
281. Measurement of the 17O(p,γ)18F reaction rate at astrophysically relevant energies.
282. Ion projection: the successor to optical lithography.
283. Novel surface imaging process with ion-beam lithography and dry development.
284. Information about the 12C(α,γ)16O reaction from the β-delayed proton decay of 17Ne.
285. Open Stencil Masks for Ion Projection Lithography.
286. Constraints on the low-energy El cross section of 12C(α,γ)16O from the β-delayed α-spectrum of 16N.
287. STATUS OF THE TRIUMF OPTICALLY PUMPED POLARIZED H- ION SOURCE.
288. The 22Na(P, γ) 23Mg reaction: preparation of a 22Na target.
289. A dc optically pumped, polarized H− source
290. Excitation of the 10.957 MeV0−;T=0 state inO16by 400 MeV protons
291. Accelerated radioactive beams: a status report
292. Characterization of silicon open stencil masks in an ion projection lithography machine
293. A proton polarimeter for beam energies below 300 keV
294. Endoscopic techniques in resection of anterior skull base/paranasal sinus malignancies.
295. Target and ion source development at the TISOL facility at TRIUMF
296. Analysis of a CF4/O2plasma using emission, laser‐induced fluorescence, mass, and Langmuir spectroscopy
297. Comments on the 12C(α, γ)16O reaction rate
298. Studies related to the production of an isotopically pure 22Na radioactive target
299. The UofA/TRIUMF radioactive beam ECR ion source
300. Testing the ISAC radioactive ion accelerator beam specifications using the H(15N,<f>αγ</f>)12C reaction
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