43 results on '"Goerls, Helmar"'
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2. Diaryltriazenido Palladium(II) complexes derived from 1-(2-bromo-4-ethoxycarbonylphenyl)-3-phenyltriazenes
3. Competitive Te-Te and C-Te bond cleavage in the oxidative addition of diaryl and dialkyl ditellurides to Pt(0) centers
4. Photosensitive iron(II)-based CO-releasing molecules (CORMs) with vicinal amino and diphenylphosphino substituted chelating ligands
5. Synthesis and crystal structures of dinuclear zinc complexes with the 1,3-bis(2-pyridylmethyl)acetamidinato ligand
6. Hydroxy and ether functionalized dithiolanes: Models for the active site of the [FeFe] hydrogenase
7. Catalytic synthesis of vinylphosphanes via calcium-mediated intermolecular hydrophosphanylation of alkynes and butadiynes
8. {(COD)Ru[RN [dbnd]C(H)–C(H) [dbnd]C(Ph)] 2} (R [dbnd]Me, Et): The first structurally characterized mononuclear ruthenium complexes with enyl-imino ligands and their relevance in ruthenium catalyzed C–H activation reactions
9. Deprotonation and dehydrogenation of Di(2-pyridylmethyl)amine with M[N(SiMe 3) 2] 2 (M = Mn, Fe, Co, Zn) and Fe(C 6H 2-2,4,6-Me 3) 2
10. Mechanistic studies on the alcoholysis and aminolysis of [(MeZn) 2{ μ-N(H) tBu}{ μ-N(CH 2Py) 2}]
11. Novel diazadienes based on 1,3,4-oxadiazines: Ligands in iron carbonyl complexes and substrates in catalytic [2+2+1] cycloaddition reactions
12. Reactivity studies of phenylcalcium iodide towards THF yielding phenyl-free cage compounds – Crystal structures of [{(thf)Ca(O–CH [dbnd]CH 2) 2} 4 · CaO · CaI 2] and [(CaO) 4 · 4 (thf) 3CaI 2]
13. Reinvestigation of arylmanganese chemistry – Synthesis and molecular structures of [(thf) 4Mg(μ-Cl) 2Mn(Br)Mes], [Mes(thf)Mn(μ-Mes)] 2, and (MnPh 2) ∞ (Ph = C 6H 5; Mes = mesityl, 2,4,6-Me 3C 6H 2)
14. Synthesis and derivatization of naphthylcalcium halides as well as degradation in THF solution
15. A simple and efficient synthesis of bisphosphine platinum(0) complexes with various P–Pt–P angles
16. Pyridine- and pyrimidine-2-thiolate complexes of ruthenium
17. The reaction of manganese carbonyl with tert-butylisocyanide: Synthesis and characterization of cis- and trans-[Mn I( tBuNC) 4(CN)(CO)]
18. Cyclopentadienyl tungsten complexes with thiocarboxylate and thiosulfonate ligands: Structures of CpW(CO) 3SCOPh and CpW(CO) 3SSO 2-4-C 6H 4Cl
19. Saturated and unsaturated nickelalactones with N-heterocyclic carbene ligands: Synthesis and structures
20. A new synthesis for thermolabile low-valent palladium complexes by electron transfer reactions from nickel(0) to palladium(II) compounds
21. Cyclopentadienyl ruthenium alkynyldithiocarboxylate complexes
22. Synthesis, characterization and antitumor properties of titanocene derivatives with thiophene containing ligands
23. Bi- and trinuclear oxalamidinate complexes of palladium as catalysts in the copper-free Sonogashira reaction and in the Negishi reaction
24. A new set of nickelacyclic carboxylates (“nickelalactones”) containing pyridine as supporting ligand: synthesis, structures and application in C–C– and C–S– linkage reactions
25. Nickel(II) complexes of the type [RM(oxam)MR] (oxam: oxalamidinate, R= n-butyl, n-hexyl): the first binuclear n-alkyl nickel complexes
26. Insertion of Pt into CH and CS bonds of thiophene derivatives. The X-ray crystal structure of a thiaplatinacycle of 3,6-dimethylthieno[3,2- b]thiophene
27. Binuclear oxalamidinate complexes (MePd) 2(oxam) and homoleptic complexes of the type [(THF) nLi 4(Me 8)M 2] and [(THF) 4Li 2(Ph 4)M] (M=Pd, Ni): synthesis, structures and catalytic CC linking reactions
28. Titanium complexes of π-coordinated thiophene derivatives
29. 1,4-Diaza-1,3-diene (DAD) complexes of early transition metals. Synthesis and structural characterization of ( t-Bu-DAD)ZrCl(μ-Cl) 3Zr( t-Bu-DAD)(THF) and its reaction with benzophenone
30. [( t-Bu-DAD)Ti(μ,η 2-OCPh 2)] 2Mg(μ-Cl) 2(THF): synthesis and molecular structure of a dimeric titanium ketone complex
31. 1,4-Diaza-1,3-diene (DAD) complexes of early transition elements. Syntheses, structures and molecular dynamics of mono- and bis(η 5-cyclopentadienyl)titanium-, zirconium- and hafnium(DAD) complexes. Crystal- and molecular structures of CpTi(DAD)CH 2Ph, [CpTi(DAD)] 2O, CpZr[(DAD)(N ∩O)] and Cp 2Hf(DAD)
32. Synthesis and crystal structures of carbene complexes with conjugated thiophene units
33. Homoleptische Alkin—Nickel(0) Komplexe: Kombination von Nickel(0) Zentren mit Alkinylsilanen R n1Si(-C≡C-R 2) 4− n zu nickelorganischen Analoga von Siloxanen
34. Zirkonadihydrofuran-komplexe: Darstellung, struktur und reaktivitäts-betrachtungen
35. Zur chemie des dimesityleisens: VII. Die reaktionen von dimesityleisen mit isocyanaten und isothiocyanaten; struktur des produkts mit phenylisocyanat
36. Beiträge zur chemie organometallischer metallacyclischer nebengruppenmetallverbindungen: X. Synthese, NMR-spektroskopische und DTA-untersuchungen der ersten homoleptischen metallacyclischen “at-komplexe” des typs [LiL x] 2[formula omitted]HR) 2 (L = ein- bzw. zweizähliger ligand; R H, CH 3) - molekülstruktur von [Li(TMEDA)] 2[formula omitted]H 2) 2
37. Beiträge zur chemie organometallischer metallacyclischer nebengruppenmetallverbindungen: IX. Eine ungewöhnliche koordinationsgeometrie des platin(II) in dem homoleptischen metallacyclopentankomplex [Li(PMDETA)] 2P [formula omitted]H 2) 2
38. Beiträdge zur chemie organometallischer metallacyclischer nebengruppenmetallverbindungen: VIII. Synthese und Eigenschaften von Li 2[formula omitted]-(CH 2(CH 2) 2C H 2) 2 (D) x - Molekülstruktur von [Li(THF) 2] 2[formula omitted]H 2) 2
39. Metallacyclen aus CO 2 und dimethylbutadien am komplexrumpf (L)Ni 0: Struktur und reaktivität als funktion der neutralliganden L
40. Zur Chemie des Dimesityleisens: VI. Die struktur von tetramesityldieisen
41. Beiträge zur chemie organometallischer metallacyclischer nebengruppenmetallverbindungen: V. Synthese von Li 2[formula omitted]H 2) 2(Solv) x aus K[Ni(NPh 2) 3](THF) und LiCH 2CH 2CH 2CH 2Li; molekülstruktur von (Li(THF) 2) 2[formula omitted]
42. Structure and reactivity of dimeric rhodium(I) formate complexes: X-ray crystal structure analysis of [{(cod)Rh( μ− κ2O,O′HCO 2)} 2] and phosphane-induced hydride transfer to give an η3-cyclooctenyl complex
43. Die bildung von [Cp 2Ti(CCSiMe 3)] 2 aus titanocen und 1,4-Bis(trimethylsilyl)-1,3-butadiin
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