Z. Majerski

发表

Preparation of bridgehead alkyl derivatives by Grignard coupling

P. Schleyer, E. Ōsawa, Z. Majerski, 1971 .

Mechanism of the Wolff rearrangement of α-diazohomoadamantanone: evidence against oxiren participation

C. Redvanly, Z. Majerski, 1972 .

A silver ion catalyzed [3.1.1]propellane rearrangement. 2,4-methano-2,4-didehydroadamantane retro-carbene ring opening

K. Mlinarić-Majerski, Z. Majerski, 1986 .

A Facile Route to 2-Noradamantanone via 4-Protoadamantanone

B. Lončar, D. Škare, Z. Majerski, 1980 .

Stereochemistry of cyclopropylcarbinyl rearrangements. Synthesis and solvolysis of cyclopropylcarbinyl-1,1',1'-trans-2,3,3-d6 methanesulfonate

P. Schleyer, Z. Majerski, 1971 .

A new simple synthesis of -cycloheptane (tricyclo/4.4.1.13,8/dodecane) and ethylene-bridge substituted derivatives

D. Škare, Z. Majerski, 1972 .

The mechanisms of carbonium ion rearrangements of tricycloundecanes elucidated by empirical force field calculations

Yoshiaki Inamoto, Naotake Takaishi, Paul von Ragué Schleyer, 1977 .

Absolute configuration of pinacolyl alcohol

P. Schleyer, K. Mislow, J. Jacobus, 1969 .

The stereochemical course of the hydrogenolysis of cyclopropane rings

P. Schleyer, Z. Majerski, 1968 .

Competitive reactions of nucleophiles—III : The azide probe

S. Borčić, D. E. Sunko, Z. Majerski, 1972 .

Competitive reactions of nucleophiles—II

S. Borčić, D. E. Sunko, Z. Majerski, 1969 .

An unusual rearrangement of the 4-homoadamantyl cation one-step preparation of 2,6-trimethylenebicyclo/2.2.2/Octane

Z. Majerski, K. Majerski, 1973 .

Substituent effects on carbon‐13 chemical shifts in 2,6‐disubstituted adamantanes

V. Vinković, Z. Meić, Z. Majerski, 1981 .

2,4-Methano-2,4-dehydroadamantane. A [3.1.1]propellane

Z. Majerski, K. Mlinaric-Majerski, 1980 .

Sulfuric acid catalyzed rearrangements of 1- and 3-homoadamantanols

D. Škare, Z. Majerski, J. Janjatović, 1974 .

Deuterium isotope effects on carbon-13 chemical shifts of protoadamantane. Evidence for geometrical dependence of 3.DELTA. and 4.DELTA. effects

Z. Majerski, M. Žuanić, B. Metelko, 1985 .

Carbon-13 chemical shifts of inverted carbon atoms

Z. Meić, Z. Majerski, K. Mlinaric-Majerski, 1980 .

Competitive reactions of nucleophiles—II: Solvolysis of α,α,- and γ,γ-dimethylallyl chlorides☆

M. Eckert-Maksić, S. Borčić, D. E. Sunko, 1971 .

The “bicyclobutonium ion”: Reaction of (1-methylcyclopropyl)carbinyl and 1-methyl cyclobutyl methanesulfonates with sodium borohydride under solvolytic conditions

S. Borčić, D. E. Sunko, Z. Majerski, 1967 .

Preparation of ring labelled adamantane derivatives II. 2‐adamantanone‐2−14C, adamantane‐2−14C and 1‐methyladamantane‐2 or 4−14C

A. Wolf, P. Schleyer, H. Wynberg, 1971 .

Preparation of ring‐labelled adamantane derivatives. I. 2‐adamantanecarboxylic acid‐2‐14C and 2‐methyladamantane‐2‐14C

A. Wolf, P. Schleyer, Z. Majerski, 1970 .

STEREOCHEMISTRY OF THE SOLVOLYSIS OF MENTHYL TOSYLATE, AN EXAMPLE OF RETAINED CHAIR CONFORMATION IN THE TRANSITION STATE

D. E. Sunko, Z. Majerski, S. Hirsl-Starcevic, 1974 .

The 4-Homoadamantyl cation. III. Sulfuric acid catalyzed rearrangement of 4-homoadamantanol-5-13C

E. Pretsch, Z. Majerski, K. Mlinaric-Majerski, 1976 .

SYNTHESIS OF 9‐SUBSTITUTED HOMOADAMANTANES

Z. Hameršak, Z. Majerski, 1978 .

Substituent effects on the regioselectivity of intramolecular carbene carbon-hydrogen insertion. Cyclizations of 1- and 5-substituted 2-adamantylidenes

Z. Majerski, S. Hirsl-Starcevic, 1982 .

Hypoiodite thermolysis-cyclization route to polycyclic ketones. Direction of he CC-bond scission. Rearrangement of 6-potoadamantanol to 2- and 4-homobrendanone

Z. Majerski, J. Janjatović, 1979 .

Rearrangement of Bridgehead Alcohols to Polycyclic Ketones by Fragmentation‐Cyclization: 4‐Protoadamantanone (Tricyclo‐[4.3.1.03,8]Decan‐4‐One)

Z. Hameršak, Z. Majerski, 2003 .

Synthesis of adamantanoid ketones from bridgehead alcohols by the hypoiodite thermolysis-cyclization sequence

Z. Majerski, J. Janjatović, 1980 .

Hypoiodite thermolysis–cyclization reaction. Convenient synthesis of 4-homoprotoadamantan-4-one (tricyclo[5.3.1.03,9]undecan-4-one) from 3-homoadamantanol

Z. Hameršak, D. Škare, Z. Majerski, 1977 .

Thermolysis of 1-homoadamantyl hypoiodite. Convenient synthesis of 10-homoprotoadamantan-4-one (tricyclo [4.3.2.03,8]undecan-4-one)

Z. Hameršak, D. Škare, Z. Majerski, 1977 .

HYPOIODITE THERMOLYSIS-CYCLIZATION REACTION. CONVENIENT SYNTHESIS OF 4-HOMOPROTOADAMANTAN-4-ONE (TRICYCLO(5.3.1.03,9)UNDECAN-4-ONE) FROM 3-HOMOADAMANTANOL

Z. Hameršak, D. Škare, Z. Majerski, 1977 .

1,7-Methanohomopentaprismane: a [2.2.1]propellane

J. Veljković, M. Kaselj, Z. Majerski, 1988 .

Stereochemical inhibition of intramolecular 1,2 shifts. Mechanistic evidence for skeletal rearrangement during apparent 1,2-methyl shifts of adamantane

A. Wolf, P. Schleyer, Z. Majerski, 1970 .

A Convenient Synthesis of 1,3-Divinyladamantane

D. Škare, Z. Majerski, Ljubica Vulić, 1986 .

2,6-Methano-2,6-dehydronorbornane: an exceptionally strained [3.1.1]propellane

V. Vinković, Z. Majerski, 1982 .

Poly(1-vinyladamantane)

Z. Janović, Z. Majerski, M. Žuanić, 1981 .

Acid-catalyzed isomerization of 2-protoadamantenone to 8,9-dehydro-2-adamantanone

Z. Majerski, G. Karlovic, 1978 .