SCIENTIFIC ABSTRACT BEREZOVSKIY, M.Y. - BEREZOVSKIY, V. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000204910005-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 8, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

USSR/Weeds and Vicir Control. H.
Abs Jour : Ref Zhur - Biol., No 15, 1958, 68477
Author : Berezovskiy, M.Ya., Somenova, N.K.
Irist : Moscow Agricultural Academy imeni K.A. Timiryazey
Title : The Pospibility of Applying Alpha-chlor-N,
N-diallylacc-
tamide Against Bearded Oat in Corn Sovings (Preliminary
Report).
Orig Pub : Dokl- Ibsk. s.-kh. akad. im. K.A. Timirynzeva,
1957, No
28, 78-82.
Abst-Mct - Using the pot method tests were nnde of
alpha-chlor-N,N-
-diethylacetandde (Xi and-
alphi-chlor-N,1,1-diallylacet-im-L-
de (Y). Y has a hei&htened herbicidal effect against
bearded oat in the seed-germination phase. 'Bic toxicity
of both X and Y is sibiiificantly lower when uz;ed in corn
sowings. The most important condition of herbicide
Card 1/2
- 12 -

USSR/Weedo and Their Control, N.
Abr, Jour Ref Zhur - Biol., 110 15, 1958, 68477
effectiveness is the regulation of it3 penetration
into
the soil to a necessary depth in order to ensure
direct
contact of the herbicide, in a spedivid
concei-tration,
with thu seed of wc~edv in the gerndnation phase.
It is
hypothesized tha' torivative alpha-chloracotamides
de-
press several sulfaya-ryl respiratory ferments and
hinder
acidifjdng phosphorylation. In plants which are
resis-
tant to X and Y the herbicides are rendered
inactive by
being transformed into amino-acids, required by the
plant organisms. -- L.D. Stanov.
Card 2/2

Country
:USSR
CATEGORY
:Woods aril 'Jood Control
A.33.
JOUR.
A RZBiol., !'io. 129 1950, M0- 53955
AUTHOR
:._Berezovokly, M.Ya.; Semenova, N.K.
PM~ T
Academy
TITLE
:o-N-Naphthylphthalamia Acid as a Herbicide

in
Squash Cultures
ORIG. PUB.
:Dokle Moak, B.-kh. akad.
im. K.A. TimAryezova

1957, VYP. 28, 349-354
ABSTRACT
:0-N-naphthylphthalamio acid (1) suppressed

carrots
in a dosago of 5 kg/ha. (applied for

four days
after the appearanoe of shoots).

In 1955 on loamy
sand soil at Gorlkiy Sovkhoz

near Moscow I in doses
of 4 and 8 kg/ha. at

the active outset was used on
ououmbar3 till

the appearance of germination. L did
not

harm the crop even in heightened dosages.

'?he
optimum dose is 4-5 keha. of active sub-

stance.
--L.D. Stonov
CARD: 1/1

I , L
V&
K
I,, S T j U)
IT t i
I'j
T
t. C
0
I -a
I;- t

K 7
J IR
Fo. 1:0.

C.--.
-n , I
!PC j

f t

tz -A. vo I i C i 0 A t ~A i IC L i~. .1
Y it -A t L c- z 1 (1 o

i cl 0 J Ol I i L

ac(, ;.;st

hCti:~n , ;~r OLL-, FC~j o-izl I ac"I Jo

-w sal u~~ OJ
(didti op:.-i~aol ;knc lliiiitrocre.~cd ii,~n, 1

I.Vuri
c, ziel ol i;:rp,
;irv or.

A U TII;.oR
"l7
1. V
IL

USSR / Plnnt Yhysiology. Einorel Nutrition 1--2
..bs Jour IIcj' Zhur Biol ., No 22, 1958, No 0992'--
lec,vos. This retrrding of the ndrission of F vrs axpres-
sod vorc strongly thm the sup-,rossion of the iCarz~ntion
of tho or.%mia substrnco, vhich rosultod in the docrorso
of F content pur dry-rxss unit, asliceivIly in the youngor
p-.rts of the plnnt. Tho p1mis procat:a"' with 2.4 -D
throv-'a tho introduction of tho Irtter into soil, rotninod
ill thair-rooto up to 24% of tho F32 introduccd into tho
soil$ the plrnts subjected to sprin-Icling vith 2.4,D
rotc-ime only 9.1;'o of the F intrcdvcad into tho soil. The
darr-n-oilont of the entry of F into pInnto oving to the
rction of 2.11-D is of r torporrry nr.txir(,. .. B. .'..
Rudenko.
Ccrd 2/2-
10

AUTHOR BEREZOVSKY M.1a., KUROCHKMA V.F. PA - 3376
TrfL6 The Wluence of 2,4-dichlorphonoxiacatic Acid Upon
Phosphorus Trans
formations in Plants.
(Vliyaniya 2,4-dikhlorf*nokmIuksusnoy kisloty na prevrashcheniya
soys-
dineniy fosfora v rastanii, -Russian)
'eZRIODICAL Doklacly Akadomii Nauk S&sR,1957,Vol 113,Nr 2,pp
458-461 (U.8.5.ft.)
Received 64957 Reviewed 7/1957
ABSTRAUT As the authors have previously shawn$ths
physiologically active substan-
ces of the Auxin-type in relazively high concentrations
interrupt tko nor-
mal absorption and accumulation of the elements of meineral food
by the
plant.In opposition to the opinion of other scientists the
authors demon-
atrated that the varying character of the interruption of
phosphorus di-
stribution according to the absorption ways of the
2.4-D(-2.4-dichlorophe-
noxi-acetic: acid) and the reversibility of this process cannot
be explai-
ned by anatomical modifications of the ducta.The present paper
deals with
the following problem, it is possible that the modificatiion
process of the
phosphorus transformation is of a more general kind and
thatlabove all,its
takes place in the early synthesis phases of the organic
phosphorus com-
pounds, the intermediate product3.,however,do not give clear
enough eviden-
ce of this transformation because of their variability.The
experiments we-
re carried out witn young plants of sunflowers in a
greenhouse.They were
either sprinkled with the aqueous solution of the sodium salt of
2.4--D a-
bove grond or the earth was watered with it.3 days aXter the
trmtMent with
2.4-D,marKed phosphorua el was introduced in-to the grond as
phosphorus-a-
Card 1/2 cid sodium.The experiments confirmed the high
inhibitory effect of the 2.4-

The Infiuence of 2,,4-dichlorphenoxiacetio Acid Upon Phosphorus
YA - 3376
Transformations in Plants.
D on the absorption of the marked phosphorus by the piants.The
results ob-
tained lead to the following cone.Lusions92,4-D as a
physiologically active
substance in toxic concentrations suppresses t" absorption and
transfor-
mation of the phosphorus compounds in those plax~ -7hich are
sensitive to
tnU acid.The interrupting infiuance is temporary id is later more
or less
overcome by the plant#A strong correlatior stion and probably even
a direct causative dependence of the modifloat.,_-4 of the
phosphorus absorp-
tion and -distribution in tie plant on the interruption and
transformation
intensity of the phosphorus compounds becomes noticeable.The
strongest ef-
fect of 2,4-D can be noticed in the case of intermediate products
of the
phosphorus transformation.possibly in consequence of tne
suppression of the
syntheses in the initial phaseB of tne phophorolysis.The
interruption pro-
cess is also extended to the synthesis of more complicated
phosphorus com-
pounds-of the nucleoproteins and phosphatides.This is one of the
direct
causes of the suppression of new formations of protoplasmatic
structures and
of tne interruption of growtn and a number of otner physiological
processes.
(3 schedulea.2 citations from Slavic publications).
ASSOCIATION koscow Agricultural Academy "K.A.Timiryazev"
H1zSr-NTM BY KURSANOV A.L.,Member ofthe Academy
SUBMITTED 27.3-1956
AVAILABLi Library of Congress
Card 2/2.

2=7,OVSXIY, ~I.Ya.,knnd.seltakokhosymystvannykh nauk
Harbicidge and their prospective use. Zashch.rnst.ot vred.
I bol.
3 no.2:2P,31 Xr-Ap 058. (MIRA 11:4)
(Herbicides)

EEREZOVSKIT. M., kand. vel'skokhoz. nauk
r--
Appl.r chemicals in wood control. Nauka i pared. op,v
sallkhoz.
9 no.7:39-42 A '59. (MIRA 121,11)
(Herbicides) (Wood control)

BFMZOV.')KIT, M-Ta., kand-sellskokhoz.nauk
Simazine, a herbicide for corn fields. Zaghch. rast. ot
vred. i bol.
5 no.404-36 AP 160- (MIRA 13:9)
(Triasine) (Corn (Maize))

EEREZOVSKIY, M.Ya!l kand.vollokokhoz.nauk
CoMarative studies on SiMzin8 and atrazine.
Zaahch.mstoot
vred,i bolo 5 no,7t28-29 Jl 160o (MM 1611)
(Herbicides) (Trilmins)

,:.IKMZOVSKIY, M.Ya,x
kand.sellokokhozyaystvennykh nauk
Agricultural specifications for machines applying
fierbicidea to soils. Zemledelie 24 no.10:31-37
0 162.
(MIRA 15:11)
1. Mookovskaya sellakokhozyaystvennaya akademiya
imeni
K.A. Timiryazeva.
(Herbicides)
(Spraying and dusting equipment)

BEREZOVSKIY,~ gal Iskokhoz.nauk; ABRAMDVA, K.A.,
aspirantka;
MAKODZEBA, I.A., kand.sellskokhoz.nank; SHAWIY, I.F.,
aspirant
Controlling Acroptilon picris. Zaahch. rast. ot vred. i
bol. 8
no.9:45-47 S 163. (MIRA 16-10)
1. Moskovskaya ordena Lenina sallskokhozyaystvannaya
akademiya
in. Timiryazeva (for Berezovskiy, Abramova). 2.
Vsesoyuznyy
institut kukuruzy, Dnepropetrovskj4

BI,U". 0 V,-X I y I M. Y,
.. Sell SL,.~~fe
~A., jCjt1j(4
k6voanl generat-,r In amall r--~'.ume f.--
vrado I bol, 9 1,,- c !".m ..

BEUZOVSKIY,, M.Ya.., starshiy nauchnyy sotrudnik2
kand. sellskokhoz. naukJ.
ABRAMOVA, K.A., aspirantka
Herbicidal characteristics of 20.6-trichlorobenzoic
acid and
its toxic effect on the Acroptilon picris. Izv.
TSKHA. no.1:149-
162 164. (1,41IRA 17-4)
1. Pochvenno-agrQnomicheskaya stantsiya Moskovskoy
ordens.
Lenina eel Iskokhozyaystvemoy akademit imeni
Timiryazeva.

,I all,-ole
sLar,,Idy jimic);nn
ona 1 c I. a r a c te r I s t I c 9 cil' t hr! u, -e of
I. j err
tor-. Izv . TSM" no - 2' 65-'; 6
17 '12
'Ic, .-1J)" CIV OrUcl.nu Len., zip-
s p I A okh o i, yay s tv u ni i oy a k, 1 (1, Q "n, "A 1
n"', I I

BERFZOVSKIY, M,Ya., kand. sellskokhoz. nauk
Use of herbicides In the Virgin,Territory-. Zewledelia
26 no.12:39-41
D 164. (MRA 18:4)
1. Moskovskaya ordena Lanina seliskokhozvaystvennaya
akedemiva imeni
K.A. Timiryazeva.

RKMOMII, X, . ; I- -
, - . ,
How we conduct a notion picture festivia of
wicuiturai fum.
I
Kinomakhmalk no.12:3-5 D 65). A. 006RA 6;12)
1. UvedWuhohly kinosetlyn loginakogo ray*Mola
k-tLI%tur7.
(Notion pictures ln'agricullure)

BMZOIrSKI',. N.I.
Shelterbelt planting on state farms in the
Rostov province
Lee I step',no. 4, April 1952

16 (1) SOV/21-59-8-2/26
AUTHORz Berezovslkyy., M. I. (Berezovskiy. N. I.)
TITLE: On the Transformation of Differential Operators
PERIODICAL: Dopovidi. Akademii nauk Ukrains1koi RSR, 1959, Nr
6~
pp 819 - 823 (USSR)
ABSTRACT: In this article the author gives necessary and
sufficient
conditions which determine the main part (in Laurent's
sense) of the kernel of the contour-integral transformation
formula
9 (x W + Y K (x -w) f (w) d- W, (3)
C
of the differential operator M= A21 into a differential
operator V-V I)-
d 71, d
-~17Y + PO (X)
Card 1/2 L ~jT,. (1)

On the Transformation of Differential Operators
SO-VI21-59-8-2120'
with continuous coefficients. The author conveys his
gratitude to M. K. Page for all the valuable instructions
and advice which he received when preparing this work.
There are 3 Soviet references.
ASSOCIATION.z Chernivetskiy gosudaretvennyyuniversitet
(Chernovtsy State
University)
Hnyedenko
PRESENTED: By B. V.fG-nedenkip
SUBMITTED- February 17, 1959
Card 2/2
Member~ AS Ukr./SSR

VALITLEV. Yu.N.; -HPUMNlY. N.1,
I
First Abelian theorem for certain functional serieo. Vop. mat. fiz.
J, toor. funk. noolt12-17 164. (MIRA 18s2)

BM,ZOVSKIY, P.P.
Healing of bronchial stump by ob;~uration with a mwcle
pedicle flap.
Xhirurglia 34 no-3:96-99 Mr 158. (MIRA 12: 1 )
1. 1z Impavinskoy poselkovoy bollnitsy (glavrAvy vrach P.P.
Berezovakky)
1-y khirurgicheakoy kliniki Hookovskogo oblastnogo
nauchno-isoleeovatell
skogo klinichealcogo inatituta im. M. F, Vladimirskogo
(dir. - dots.
W. 1. Makhov)
(PSMONEOTOMY, exper.
closure of bronchial stump by application of musc. pedicle
flap in dogs (Rus))

BEMOVSKIY, P.P.
I .
Now apparatus for artifioial respiration. Khirurgiia 35
no.8:135-
137 Ag 159. (RESPIPATORS) (14IRA 13:12)

BEMEZOVSKIY, P. P., Cand Med Sci -- "Plastic surgery
of.the
bronchial stumiT in lobectomy and pneumonectomy by
the,,,method
O,f- 1"Ion-idlh an intercostni pA ~-umomizsculi,r flap
on the
cru-e. (Experimental study)," Mos, 1961. (I-Iin of
Health RSFSR.
Mos Med Stoma Inst) (KL, 8-61t 259)
- 433 -

BEREZOVSM , P.P. (Moskovskaya obl.9 Voginskiy rayon,
pos.Kupavra, U2.
6heqskogojd.9.,kv.2)
Plastic swgery of the bronchial stump in pulmonaxy
resection;
experimental study. Grud.khir. 2 no.2:6.4-68 Mr-Ap'60.
(MIRA 16;7)
L Iz Kupavinakoy bolinitey (glavrWy vrach
P.P.Berezovskiy) i
pervoy khirurgichealcoy kliniki Moskovskogo oblastnogo
nauchno-
issledovatellskogo k-linichaskogo instituta
(zav.-dotsent N.I.
Makhov).
(BRONCHI-SURGERY)

BMZCVSKIY, P.P. (Hoskovskaya oblasti, do Kupavna, u1.
Chernyshevi3kago 9)
--- -
Machaniam. of the cutting of the sutures on the
bronchial stump
following pneumonectomy and lobectomy. Grud. khir. 2
no.4:62-68
H-As 165. (PaWk 15:6)
1. Iz Rupayinokoy bollnitsy Noginskogo rayona Moskovskoy
oblasti.
(LIJN#S-ZURGERY)
(SATURES)

BE = OVSKIY' 5.1't insh.
Gas balance at metallurgical plants and means of
counteracting a
shortage of gas. Tfudy RTO chern. met. 20:366-382 16o.
(MIRA 13:10)
1. Leningradskiy filial Gipromeza.
(Metallurgical plants) (Gas, Natural)

SKOROKHOIIDV, Aleksey Gavrilovich; BERE. Semen
Mikhaylovich;
14BOK, Abram TakovIevich; WRTMOMOVIN',id., redaktor;
AVRUTSrAYA, R.Y., radaktor; BIMR, O.G.,
tekhaicheakILy re-
dak-tor.
(Secondar7 ferrous metals] Vtoric'hrqe ahernye
metally; spravochnik.
Moskva, Goo. nauchno-tekhu. izd-vo lit-ry po chernoi
i tevetnoi
metallurgii. 1954. 336 p. [Microfilm] (MMA 8: 1 )
(Scrap metal)

PHASE I BOOK EXPLOITATION 955
Pisarevskaya, Klara Isidorovna; Chumiohev, Aleksey
Grigorlyevich; and
Berezovskiy, Semen Mikhaylovich. Deceased
Ekspluatatsiya oborudovaniya d1ya razdelki metallicheskogo
loma
(Operation of Equipment Used for the Preparation of Scrap
Metal)
Moscow, Metallurgizdat, 1958. 251 P. 3,000 copies printed.
Ed.: Gurvits., A,I,; Ed. of Publishing House: Lanovskaya,
M.R.;
Tech, Ed.: Bekker, O.G.
PURPOSE: This book is intended for skilled workers,
enginters,, and
techniclanB employed at serap-preparation depots, scrap
drops, and
scrap shops, as well as at plants reprocessing secondary
ferrous
metals. The book may also be useful to students at
metallurgical
tekhnicums.
COVERAGE: Descriptions are given of equipment for processing
iron
and steel scrap, together with instructions for the
operation and
maintenance of the equipment, performance data, and
information an
Card 1/10

Operation of Equipment (Cont.) 955
technological processes. Jn addition, systems of organizing
sorikp-
preparation operations are described. The authors express
their
thanks to P.V,Matveyev,, Engineer,, for his assistance in
preparing
the book. There are 8 references, all Soviet.
TABIE OF COMM:
Preface T
Introduction 9
Ch. I. Breaking-up of Scrap with Skull Crackers 11
Gantry-type skull crackers 12
Tower-type skull crackers 14
Tripod skull crackers 18
Break-up devices with derrick cranes 20
Basic parts and hoisting devices 21
FoVndatlena, anvil blocks, and pits 21
Safeguards ' 31
Skull-cracker balls 32
Grip tongs and hooks 33
Electric winches 37
Card 2/10

Operation of Equipment (Cont.) 955
Layout of scrap drops 9
Scrap-yard management ~2
Organization of the process of breaking-up scrap metal with
crackers 42
Skull-cracker performance 45
Skull-cracker service crews 4~
Safety precautions 4
Repair of skull crackers 49
Ch. 11. Breaking-up Scrap With Explosives 51
Raw scrap to be exploded 51
Location of explosion pits .52
Construction of explosion pits 54
The pit cover 55
Shelters 5~
Explosion In ingot molds 5
Explosion bells 58
Cranes for servicing explosion pits 59
Card 3/10

Operation of Equipment (Cont.) 955
Techniques of exploding metal g9
Burning holes in massive pieces of metal 1
Loading massive pieces of metal with holes into the
explosion pit 63
Placing charges in the holes 63
Safety techniques in exploding massive pieces of metal 63
Removal of the fragmented scrap -,-Lrom the pit. Restoration
and cleaning of the pit 65
Make-up and duties of the work crew 65
Output norms 66
Work schedule and basic types of repairs 66
Ch. III. Baling of Lightweight Iron and Steel Scrap 68
Baling of sheet iron as practiced in Soviet industry 71
Areas for baling sheet Iron 73
Electromechanical baling presses 73
Hydraulic baling presses 76
PG-400 baling press 78
.1
Card 4/1o

Operation of Equipment (Cont.) 955
Foundation of the press
85
Baling space
88
Working and return
cylinders
go
Mechanism for closing the cylinder cover
98
Mechanism for raising and tilting the bin
100
Pump
102
Distributor
108
Damper
ill
Oil tank
112
Control panel
113
Air supply
for the press
116
Breakdowns of the baling press and their
prevention
lN
PG-200 baling press
12
PG-100 and PG-50 baling
presses
125
Control system
130
Mechanisms of the PG-100 press
131
Safety precautions in the operation of baling presses
136
Card 5/10

Operation of Equipment (Cont.) 955
Ch. IV. Crushing of Metal Chips
137
Sources of curled chips
13
Construction of crushers
IN
S240-IB and SK-2M funnel-type chip
crusheris
140
Layout of the chip crusher
140
Basic parts of the
S240-1B crusher
142
Operation of the crusher
147
Lubrication of
the crusher
149
Care of mechanisms
149
SB-25 funnel-type crusher
151
Percussive chip crusher
151
Layout of the crusher
153
Electrical equipment and control of mechanisms
156
Preparation
of machine for operation and control of

mechanisms
157
Lubrication
159
Safety precautions
159
Repair of chip crushers
16o
Card 6/10

Operation of Equipment (Cont.) 955
Ch. V. Briquetting of Metal Chips
162
Methods of briquetting
chips
162
Friction briquetting presses
166
Toole for briquetting
presses
174
Construction of briquetting presses
176
Ch. VI.
Baling of Metal Chips
178
Advantages and disadvantages of
baling curled chips
178
Device for annealing chips designed by
Giprostall (State

Institute for the Planning of Steel Plants)

Basic mechanisms of the device
180
Technology of annealing and
quenching chips
184
Servicing the device
187
Furnace for
annealing chips designed by Gipromez

(State Institute for the
Planning of Metallurgical Plants)
187
Furnace for annealing
chips designed by the Gorlkiy plant

Vtorchermet (Trust for
the Procurement and Processing of

Secondary Ferrous Metals)
191
Hot baling of chips
193
Card 7/ 10

Operation of Equipment (Cont.) 955
Ch. VII. Cutting With Shears
Alligator shears
Design of alligator shears
Electrical equipment for the shears
Lubrication of the shears
Control of the shears
Adjusting and regulating the shears
Servicing and repairing the shears
Installation of shears
Safety precautions
Ch. VIII. Flame
Apparatus for
Oxyacetylene
Water seal
Oxyacetylene
Cutting
kerosene-oxygen cutting
cutting equipment
cutting
196
196
196
205
205
208
208
209
211
212
213
214
217
219
220
Card B/ 10

Operation of Equipment 955
Oxygen-flux cutting
220
Oxygen lines
220
Flame-cutting shop
222
Technological process
222
Rate of output
225
Output norms
225
Norms for consumption of materials
226
Safety precautions
227
Ch. IX. Segregation of Scrap Metal 229
Organization of the process of segregating scrap 2-45
Selecting and segregating alloy scrap metal 236
Methods of selecting and separating 238
Safety precautions 238
Melting down alloy-steel chips 238
Card 9/10

Operation of Equipment 955
Ch. X. Establishments Specializing In the Reprocessing of
Secondary Ferrous Metals 240
Vtorchermet Plants 240
Specialized primary-processing shops 243
Appendix: Classification of and Specifications for Secondary
Nonferrous Metals (For Charging) (GOST 2787-54) 248
Bibliography
AVAILABLEE: Library of Congress
GO/whl
12-17-58
252
Card 10/10

BEMOVSKIY, V.
Acbievements of a leading automobile transport office.
Avt. transp. 34 no.6:36 Je '56. (MLRA 9:9)
1. Glavrqy inzhener ATK.
(Krasnodar--Transportation. Automotive)

BEREZOVSKIY., V* (BerezovsIlcyi,, V.I., insh.
New designs of beating devices. Bud.mat.J. konstr. 4
no-4:5c~--55
ji-Ag 162. .(Heating-Equipment and supplies) (MIFA
15:8)

BEREZOVSKIY, V.
10~ I ~ - * - - - - - - -- --
Results of time study. Sov.shakht. 11 no.4:18-19 Ap 162.
(MIRA 15:3)
(Donets Basin--Time study)

SHAVKUNOV, A.V., lnzh. ; AKSFTOV, N.A., inzh.: 14UGORMAN,
Yu. N. , inzh.;
YOMBINSKIY, V.I., in--h.; Prinimali uchastiye: KOFTEYEVA,
M.P., inzh.;
CHERNOV, V.I., inzb.,- KARKAROV, S.Ye., inzh.; SADIUKOVA,
Ye.P., inzh;
LUASH, B.K., starshiy master; TITOV, S.A., svarshch-1k;
BKREZOVSKIYj V.A.
Welding titanium allove in chambers with a controlled
aLnosDhcre.
Svar. proizv. no.4:24-25 AP161. (MIRA 14:3)
alloys- Welding) (Proctective atmospheres)

BEnZOVSKIT
Case of acute adaline poisoning. Vrach.delo no.7:749 J1
159.
(MIRA 12.-U)
1. Lntskaya gorodskaya detskaya bollnitea.
(CmROMAL- -TOXICOLOGY)

BEREZOVSKIY ilk- ..,
Peculiarities of the arterial oscillogram in
myopathies. Vrach.delo
no.5:479-481 My 160. (MIJU 13: 11)
1, Nevrologicheskoye otdeleniye (zav. - L,S.Gittik)
Volynskoy
oblastnoy bol*nitsy.
(OSCILLOGRAPHY)
(MUSCLES-DISEASES)

BEREZOVSKIY (Bereicrvalkyi-, V.A.]; ZEMLYANSKIYO 8,V.
[Zemlianslkyi,, S.V.)
V.A.
Temperature variations in the gastric mucosa qaused by
acetylcholiney
adrenaline, andnoxiadrona2ine. Fiziol. zhur. [Ukr.] 7
no.2;235-
2a Mr-Ap 161, (MIRA 14:4)
1. Laboratory of the Physiology of Digestion of the
A.A.Bogomolqt4.
Institute of Physlology of the Academy of Sciences of the
UkraWan
S.S.H., Kiev, and the Department of General and
Fa-perimental PatholoGy
of Warsavi Pathology o-P Warsaw Medical Academy.
(BODY TEMPERATURE) (STOMACH)
(NERVOUS SYST124, A~TONCRIC)

BEREZOVS,Kly,.V.A. [Berezovalkyip V.1A.1
Short-term local fluctuatiow of the temperature of
the cerebral
cortex in dogs and their relations to the regional
blood cir-ca-
lation. Fiziol.zhur.[Ukr.] 9 no.200-95 Ja-F 161.
(MIRA 38:5)
1. Laboratoriya fiziologii pishchevareniya InstAut
fiziologii
im. A.A.Bogomolitsa AN Ukr-',SR, Kiyt3V.

EEREZOVSKIYY V.A. [Berozovelkyi,
~- -
Polarographic method of
tissues. Fiziol. zhur.
1. Laboratoriya fiziologii pishchevarenlya Instituta
im. Bogomolltea AN UkrSSR, Kiyev.
V.IA-1
determining the on gen pressure in
[Ukr.] 9 no.4t559-561 Jl-Ag 163.
(MIRA 17.10)
fiziologii

B-6REZOVSKIYI V.A, [Derezavalkylp V.hal
Oxygen pressure, terilmratilre N'd illfVal'Ofl
11-vi"'llnitioll 1.1'. 01-1-
brain of dogs under miestheoin, U'Lzial- zhur. lll'ta'.]
10 11L1..?:
I-,
2' 5 9 - 2 62 Mr-Ap 164. ]~',:7)
1. Irstlitut fiziclogil lul. Bogo"'Iolltsa AN Myov,

BEREZOVSKIY, V.A.
Heat production in the tissues of -the 2ent-raJ.
nbryoum syBtam
as an index of its functional stat-3. _/Q no.2.9
192-20D P64 (!,,-IRA 1-7 : 3 )
1. Institut fiziologii immi A.A. Bot-molril-Fa IT
I'G~SSR,
Kiyev.

MAISHILIN, V.V.; YANAKOV, V.Xh.; AGAFONOV, A.V.;
VASIUsIX0, V.P.;
MASLOV, I.Yas; KITY~M, V.S.; Prinimali uchastiye:
BELCUSOVA, I.V.;
326~~QVSIC-Y V,,P.; BOLISHAKOVA, K.A.; YEVx;LIYAI;OV
A.A.;
ZEFIROVAp Ye.G.; NMTS, LVL.; OKIRSHOVICH, N.A.;
RYABOV, V.1-4;
STEEPAVENKO, I.A.; STOLYARENKO, Ye.G.; SOLOTSIVSKIY,
S.Ye.;
XHRU-IOV, A.Ye.; ChELOGUZOVA, Ye.F.
Engineering development of a new system of catalytic
cracking
in a fluidized bed. Khim.i tekh.topl.i masel 7
no.6:41-50
Je 162. (MIRA 15:7)
1. Vscisoyuznyy nauchno-issledovatellskiy institut po
pererabotke
nefti J. gazov i polucheniyu iskusstvennogo zhidkogo
topliva.
(Craold,ng process)
(Fluidization)

MANSHILIN, V.V.; AWONOV, A.V.; MANAKOV, N.M.;
VASILENKO., V.P.;
MASLOV, I.Ya.; MAZLIV, V.S.; STEPAMMKO, I.A,;
Prinimali.
uchastiye: VAYLI, Yu.K,; NWTS9 L.L.; BELOUSOVA, I.V.;
STOLYARENKO, Ye.G.; YEMELIYANOV, A;A.; RYABOV, V.M.;
BEMOVSKIY,-V.D.; ZEFIROVA, Ye.G.; CHEMUZOVA, Ye.F.;
SOL&-MINSKIYP S.Ye.; BOVSHAKOVA, K.A.; KHRAMOV, A.Ye.
Catalytic cracking of raw heavy distillates on a
microspheric
catalyst of Troshkovskiy clay. Min. i tekh topl
masel. 8
no.3:1-6 Mr 163. ~MIRA i,~4)
1. Vsesoyuznyy nauchno-issledovatellskiy institut po
pererabotke
nefti i gazov i poluchenlyu iskusstvennogo zhidkogo
topliva.
(Cracking process) (Catalysts)

BMEZOVSKIY, V.G.
Mixed grass svtem for
meadows
Sov. agron 10 no18,
1952

1. B..IREZOV3KIY, V. G.
2. usm (6oo)
4. Grpahite
7. Nlitrogen side-dressing for grass mixtures, ;ov.afron Ill rio.
53 -
4
9. Monthly List of Russian Accessions, Library of Congress,
i.E'11~1L 1953. Unclassified.
USSR/Cultivated Plants - Coi-morcial. Oil-Bcarinr. Supr-Beari:ig. m
Abs Jour : Ref Zhur- Biol., No 18, 1958, 82423
Art",or : Derezovskiy, V.G.
Title Iiiflue-cc of Bie:,nia- Grass %Iixt,-.re o- t,e Cotto--
Yieid.
Orig Pub Vestn. s.-kh. nauki, 195'(, No 7, 121-123
Abstract In the experiidc.~.ts of Ak--Kavaks%a,"a Experizie:~t
Station,
a [rass mixture of ailfalfa a.,d loosely cl steri, -g ~~xasscs
(orcliard -ri-ass, Italiall rye3rass, Meadow fusc-e) was nore
effective than a p-.re alfalfa sowin,1, ald. is recomie-Inded.
for Vlmse establishtients where coliditions are present for
obtaii'inG a 'ii&+i yield of &Tasses. The yield of cotton
wool o'n the laycr of tho brass uixt,xa was 4 ce--tiers/Im
nore tha-. on the layer of grasses, aild o-.i tl-ic tlar..,ed layer
- 3 ce:it-.-.ers/!-ia more.
Card 1/1

c Ou 11710 --1 V-
C 1". T LG 0 RY
RZBiol., No. 195.?, 00. C.~~q
AUTHOR Be:[-e z ovs- iv V G
T 1T L"' The Role Of Nlixtilres in
i'Arni Techrr.)'.I,.c)t,:y cn TI-.c-, ir BA~:
rii,ifil. Use
p1m. Avtorcf. dL~,!. kand. .4-11. r. 7
TazArlkentsk.
-kh . in- t T~~I shj~ E-, lit
A','J3 T .7tA 0 a bs t ra c"
CA--ZD: ///

BEREZovSKjy, v. 0. Oand Agr Sai (dise) ole of
alfalfa-cereal grass
mixtuxes bt:agricill-tisrstl Ssr..Ailsaring-_~ jjj.
44w, a ~ -tw o-yea rzp=' od
Tashkent# 1958. 19 pp (Min of Higher Education USSR%
Tashkent Agr Inst)v
150 copies (KL# 18-58j, 100)
-78-

' P'Y
3~
'('NTS. Fodder Gransus and Rno t
3
~
.

41TR - RIOLOGIYA, NO, 4, 195!9;

A,

e r e,_
o,v3kiy, V.G.

:i-'ov High Cron Ytelds of AlfPI-f'n
"TO

V sib. -
R

Sel'hhoz'tliz
19513
453-459

A
,

irln the cotton-alfalfa Prov rotatl.nns i-

Contral
Asial with, good ~farP!V)P~ met"-.C~ri C;'

alfalfa
Improves the soil vind creates fvvorable

conditions
for th(- vrowth of t,'.e cotton crorl

yield. With Eoad
care ~t leadinc-

hay crops of 60 to Im c/)) are
_~eal)erl in tne

first year of grass 1111e, and 120 to
160 C~:I

ond wore In the second vear. The kolkhoz

Imeni
Stalin of Tas~flkent oblast pro(lui~ed

.12m alfalfa
hay CrOT) 01, to C/h,

1/2
91

BERFZOUKlY, V.I.; KANMR, R.I.; MATINSEVIC-l", M.A.
Characteristics of W-11ding products made of
phosphoanhydrite
cement. Strtl. rwt,, 10 no.2330-32 y '64.
(MIRk 17:6)

-1 WR KIY V.I... inzh.; NIKULISHIN.. X.Ye,
New design for the double ~SU-bearing and rotating
devices of
cranes. Mont. i speta. rab,, v stroi. 23 no.12:20 D 161,
(MIM 15:2)
1. TSentrallnoye konatruktorskoye byuro Upravleniya
meldianizataii.
~%nbearlingo)
(Cranes, derricks, ate.)

GHIRMP I. L. _($Ingk)
Advantage of kilning lime in rotary ki2no, Stroi.
mat. 9 no.6:9
Je 163. (NIRA 17:8)

OK01110KOV, A,A.,. c,tv. red.; PLARKIN, A,M., cjtv. red,;
M..,. red.; DOLGUSHIN, red.;
i.ye.,. red., MIKIKYLOV, G.N., rcd.;
NEVZOROV, L.A., red.; NIKOUYEVSKlY, G.I.',.,. red.;
P,OZHDESTVENSKIY, V.A., red.; US-HAKOV, P.V., red.;
KHODOV, lll.p~' red.; SHIARONOV, IVI.S..' rad~
[Ile grul ations, for the ciesign &nci 5~-Xe operation of
IoEd-
lifling cranes] Pr,-vAla i 1,~zopasnoi ekspluata-
tsii Fr-az-apc-d"c-i;,iiykh krancv~ IIAII~i~k-,~u, Nedra:
1965. 127 p.
18:7)
1. Russia (1917.. R.S,F.S.R.) Gosudaratvennyy komitet po
nadzoru zu bezopa.,,riyni vcdeniyem rabot v
pronTshlenrlo.Ai i
gornorwa nadzoru.

DUMP "I'MCH , P- 1 , L-Anov I f:Y-) KIANTTLI :
Vvr~i
~IPFWVSKLY, V.1 tf)-, ", !'lop -, I.,
I I . - . 1,
L.v r
. of Unit.- productic.,li *ri rotary
1 of the tec~nul ogy
kl~LIISJ SovershenstvovanAe tekhnoiogii
prc,-lzv,-a-,tva iz;esti
110 per--bakh. Mlm~ht izLi-va Ia
1964. 1~4 j- 118:6)

BEREZOVSKIY, V.M.; TULICHINSMAO L.S.
Rearrangement of triazenea. Part 1: Rearrangement
of
asymmetric triaz.enes in eminoazo compounds.
Zhur.ob.khim.
31 no.8:2771+-2779 Ag 161. (IMPA 14-.8)
1. Vaesoyuznyy(nauchno-isoledovateliskiy
vitaminnyy institut.
Triazene) (Azo compounds)

IOFINOV, S.A.; BEMOVSKIT, V.L.
,
Ma:weuvreability of wheeled tractor and
agricultural
machinery unita. Trakt.1 sellkhosmash. no.1:8-12
Ja 160.
(MIRK 13:4)
1. Laningradakiy sellskokhozyaystvannyy institut.
(Tractors) (Agricultural machinery)

nmnovsnyt V. M.
USSR/Chemistry - Dyes, Tripheny1mothane May 1947
Chemistry - Pyridine
11pyridine Analogues of Di- and Triphonyl Methane Dyes and Their
Color," I. L. Knunyants,
Corr Mom; V. M. Berezovskiyj Inst Org Chem, Acad Sci, 4 pp
"Dok Akad Nauk SSSHj Nova Ser" Vol LVI., No 6
Research designed to give final clarification of capacity of
pyridine analogues of
triphenyl methane dyes for forming coloring substances.
PA 5PT7

BEREZOVSKIY, B. M.
Knuniants., 1, Lp Berezovskii, B. M.p " Dyes of the di-and
tri-pryridil-methane serieg."
(P. 767)
SO-. Journal of General Chemi2=., (Zhurnal Obshchei Khimii),
1948, Volume 18, No. 4

BERF70VSKIY, V. M.
"The Chemistr-j of Flavins," U-spol-hi Khim.,
11), No. 6, 1949.

c A
'Wftvb). V. It
N. A. Pnobra
Nsurb-lookdetivatel, Vitamin. Inlit.).
APPUtd Cb-.) 22, M?'3'
0.5 S. BsOH. oW 3 sul. HoO 6 atin. an a
stmo bath, fol-
lowed by hydroomdols in 98'" FtOtl over Pt
Catalyst
(0.5 C.) at cl tnnp~. (aw 01.11 K4). Qatm
"t..
tommovet touled xy"Mo. Pvc 1379
D44seetaiw. ca. 141-2* (fmo MOM. T%Js (2
1.) trvated
in Z)D U). HoD. &ddilled with a littlet
AcOH. at 70 ". tbtn
cooWjo2D'&sd&Medto1?bSsSOsH(f- 0-88.PhNlij,~
1.06 kv, with NaNO~),follawedafttt
11 t eelsoll to form a ppt., pvc IMS
3D in a. with o"Is I % I
stataunii vv"Alslit &)%
3.4-dinsedyiWanw. nd onvilleta, to. 171-21"
jfrIxit
1390H). 7*ois (1-3 g.). 0.71 g. butilturk
wAd. V mi.
d", , mid 1.7 al. AcOH n4und a bn- saw 81%
rshofia"M guill1w by Willi, III "ArIll
11VA1111i let
Willi a hit JIM, filtrti
the yield L4 puft prol 1`011- Atid diln.
with 0 vul,. )y);
uct. d-p. 2821, was
G- 261-

CA
ygg~ , and N. A. ftcobrALhen.
-*a - (Vitespyttz. Naucks.-Ilgalledovatel. Vitantim.
Inst.).
ZhW. PIPA&W. Kkims. U. Agglied -begn.) 22, &M-77
I 104OL-Addri. to a emtol lodint, And 42 g. P-lit
C.11'aler In 123 gal, Higoto me. hIff and JA M.
0.111C.11,1VIr
26 fill. Elft). (0111,3111Id bV 1171101619 ft" 1 111-1
'd'dn. ovet L11 2.0 lum. to IM A. hIv,SA). to MI ull. Will.
%
Distilling ov"night, &md t1ratinent with 10"1, 110. g,%%r
4.v-, V jrpieftf. b. the Wotly vrA, Iom with %it I
and It- . W., t"Ill. lt'-' ... lmkao 0 ill,-
p1mll1vt lit t1w v,,hi Save 721'~ 4 bepow a.x*4j-. 11, ;Ni4
W'", A111111AM AVVILIFIfial to UOU1111in (Cf. M"Wity And
Agglit--her? C.A. AS. 73801) at 195' and 73 atin. save
An alternille route wag
as follows: 6W ll. cAmpbor and 3.7 Jig. concd. 111SOO
~m with 3 1. cold 11.0.
a us', gAve S. crude 3.4-dimaky4weso
f b M-W which was coavcrted to the oxime,
E. .5 "(1foin HtOli). in 30-S. yield (over-all, 01~. from
camphor). Thil, (W #.) in 45 gal. AcOll all,) ~A) in).
AxjO, %Atd. in the coll-I with IICI still lirlit I lit. at
tk) 70*
nod 24 his, at t,-Iot frimp . gave
which o$% trauilins "Itis 4-44K'Al'IICI I" I'll j, ItI'AN
$4%0
401" 1,* lit) l" , Ill, 411
3.6f. L. lit, K'W4.%pQff

A"bkodd. LactoWntion and O"itation of :,Wo~,.-
odd and Its derivativec %'_Nl. Ilrlejovkkil .-M
lAtite. 1,911,L0, W~iovi--- It. Apphud
Chem.) 22. 1113-VA1949).-Conierrsionq of
2-k,it-t.-
gakmic mckf into allcorbic mcid in alk. methat
are ortriltirc
or give ptior 00,14~ Direct rottirrirttiont
with IICI tit Hilt
iml 11h)" tak")lut :1 4 mill. (v(. C.A. 41,
WJINO. Ileatioix
ill 44 , 'lohl. Ill Ill.. IM-wove of IICI to
ful NJ* (,I C f 33.
!ImAgowronly a 3% vidd, otmithd )ICI fit Aclill
(,1 11 S
tINS.31k), C.A. $4, 3t beamig the ditivomic
~Irtl% , 4.7.
il~i. VkiIh V1011 a., 110 ("'JoN41ill .11.1
Wtm,va,
C-4. 41, 231J.'60 ANi gave I%xw yii,lits;
twaling ILI fim ith
VI()II ami 1),(Wr );,,I IICI pl.ra IW)r, i,+j,
IIr;llijjX
the- diamorle dirriv. in iviett &-tivesils tit
avid linxiit give$
UP to 78% *111. IICAtillg 2-WO-L-9111401114:
Add, 11A NIC
flitter. cw diacelone (Ictiv. (t-(. Niger. C.A.
34. 1.~UM ot
(CIINCI)p corlix. fiel W) Ism at 64), gave a
70% Ticki When
94% HIM %it, pre,,writ. The hett yiehIs (All' )
were
Alained with FtOff and CHCh. (Cff,CIL.. C.ff..
cw 0.1,
,111 giving It 71), W) that The 11.0 imil') ?"
MOlly qh~td MY In thi. 'witim-1 Ill N, tit. The
anit 0
ICI r.1141irm ored 11"t fir liver a. flittlirl
olcml.t. fall,
I., simpnivr the Vicid sixilifiviol(W 6 M
K4-1.41.41

C.*f
ino". V. Nf. licirr""kil aul V
m of ii-atab*
A. Kur1Iv1jk'iv;t Zkwr 11ijklad. Kkimi ( I.
Avillitil 011-111
ZZ, 11111 17(111111). Atfilo. ill :1 -', K
1-*c,(,';l I-', "I[ I) Ill :111
itil, 1101 alid Alt,*(I)At-). 11,41 w311 lid
11:41 1" Ikt g C'
1. SIHINNIA14' Ill:) 11,41 it M% folh.".J I-1
idd,, -ul A I.-
,.I ;.NKI fill. 30% 1110. dihl. "ith I 1 11,111.
"o.
a wwo In5k) nil., adtin. (OF 1.21 1. MC4111 klul
Nil 1111
t-p- .. W.-. i-d Jda "f libi .'J
'MeOll, FAVC 441:; Ott. 1.7.7, W. C.t I
""AlAtiv Igii.. A A.", ;". W. Fh~ 1-1 it, 1.1~
011111 WOW look 14I'wIY%I awl.1 111 1.1,40 U
ti

CA,
ta of ni i ifiFyrtayinlothsno Willi IV. mono-
I
yr lair analT of dritwimeWas detivadrec 1'. hf.
4W%.40.1Akk,1, A:4,*-. 0~ t',n. Chvffr+-t1--_
CU iJ 20. 1S7(1950); C.,J.43,41i
NlontiIiytidine analogs of ditshriny1methitur Llycs that
carry
p-3utinchromi pcw3m olor. 2-Amlitoprikline tracts
with C1120 in The presence of reducing agents by con
:,firnantion to a Irifnirthylenetriapninc detiv., i is re.
nmt to nud the la,tter finally
r,"Orn" with C11,11) through a pirrhirlearbinol structure
IIII
vield Refit,%ing
11-M 1. IlCichil (d. 1-2), 4170 g. 2-antiropwidine. and
24(l0
nil. formalin 16 hr%.. steam di%tn. ul CII&O,
ritutralitation
with \3011, further littram dbtn., exto. of the di,tillate
wit It Cslf.. &nd refluxi"If of the conod, elf. with AeP I
hi
Fave 22.8 g. Z-di-rtky14wieopyrjdjw,. bb AS*. The
rilixt. remaining frcm -the litiram dixtri. gave on rain.
wilit
MY) X. i
84 5', b,
-S'. ai A ell as a number of minor fractions. In.
cludli 7 g. in. 45.6"
W" (front HIM It.
and a Amall arnt"Int 4if
139-W, b, 2N).5-al' (from ligroltle), Reduldi I r. 2:
with 1.7 q. 2.411methyl
Ill t4 li 11CIMI 7, lus
u,
In
L111"llar lenrlion with I'll-
In phtm ~f plVe Illre I.*-
diftAvlaolialli
In. n' (from pett.'rth~r,', pirrale, yellow, in. 199" Orom
Iti Heating tbi% (2-5 0 and 0:7, g. 8 6 hrv at 17041'
at 5-10 min. gave much lfS and upon addri, o1A ml, FtOA(,
"I coolcl u4n. it ~pt. of 411- "Y11
tj~diiwerkWamiai mW) 14iok;1rjIP. Tril, M IS7-11 (fir, ""
MOM. g1ving vrliow'i In HISO, And browri In 1ICI
Refluxing the thickirtone with 107r lICI 45 min..
filtration.
and treatment with NnOlf gave .13% (2-dimakyi!4 wisi
idyl) ( imr1kvkmiiwphi,x)4) kelopi yellow, Tn. 11(14-,'~*
t(= Rit,41); f4cram. m. IAD-21 f(ram MeCO-EtOlll.
The lirfour trested with 31`~ Na-11j; In FtOll Irw 3 firs.
at
.4 it
f n, 1.
1;, t LoWv,% pi swing hitt.
violet color ill HC1,111d uren.1,jur in AcOll; pi, -air. v
it,
et"Il. In. 147' tdm)nIp[I r
Kt,iIo1.j.,II

Mothm-Amn cd of discotone 2.hetoi
guk*ak mid isloo aftwOok atiol ~ V. W I
;h)7"I9W).-Tbz reacibm appears to M-" s
under the influenct of a strong acid in an inert
"% trit And
EtOll the dia"tone-2-kcto-L-sulonic acid (D
utiderg,~
hydrolysis with mimultionertusesterif"thm of the
C0111; the
imiduct homes U1011 I (mming a )-lartone. hih
1,~ t-m&
leto xhilt hirins L-likvirloic acij (11).
Ileitaig '.N) X. I
(cryst. numohrdrate), 40 mi. (Cl I.Cl h. wid
I.-) int. ',rr I I Cl
in dry MrOlf I hr~ at BLI-V gave, after standing
uvrringhi.
X2% Mf Ut. 153 (i-ftl& i. In. 1:0; 7'
(Irnin WWI), The bot conversion to 11 likes p1mv
I'v
logotting A) X. I IS h". in 40 CIA. (CH*Clh
111,416 HIL lio"t,
141011 conts. 18% 110, ykiding 11 .1 " V~
purity. Dista. of the win. gives &.11; McICO.
The use of
-rious a". vwks the yirjds as follows. undcr
anhyd coyi-
ditious or in the prr*cnm of 0.3 ruwc ligi. %lei
pit
M slid 73. H1011 748 suit lu. Mil and 1111011
00-70 and 81.5, WAIMI W68 and W. iso-Amoll ,7-1~s
mmi 77.5%. A cur" of the rate of (Lirtnatioll
'Ailh Nitoll
lis presented. it sboutia rapid rise of U during
the lit i br*..
follmorcd by " itioncoot flat curve of very -4ow
rise even at
28 lirs. JJC1 is 3-4 tiates as effective as An
in-
r0a,se 44 troop. by 10' sperds the feartirm by a
factor of
11CATIV:L G. N1, K'mjij-ff

OSSR/Chemistry - Chlorometbylation, J= 5
1
Vitamin B2
"Cbloromethylation and Subsequent
Reduction of
Aromatic Nitro -Compounds," V. M.
Berezovskiy,
V,,, -A,. K,.xrdyukova, N. A.
Preobrazhenskiy, All-
Union Sci Res Vitamin InBt
"4hur Obshch Khim" Vol Xxi, No 6, pp
1163-1166
n41trotoluene treated with
dichloromethyl ether
and ch:.orosulfonic acid or low concn of
fuming
92604 is converted into 2-
chloromethyl-4 -nitro-
toluene (11) with high yield of latter.
Under
more rigid conditions,
2.,6-bia-chloromethyl-4-,
nitrotoluene is formed. Mechanism of the
186T28
USSR/Chemistry - Chloromethylation, Jun
51
Vitamin B2 (Contd)
secondary reaction which leads to
formation of di-
(2-metbyl-5-nitrophenyl) -methane is
demonstrated.
lordrogenation of chloromethyl derivs
obtained, in
presence of Pt or Ni catalysts, y1elded
corr
dechlorinated amines. 11 can be reduced
(with Ni
catalyst) to 1,2,4-xylidine, which Is
Important
lit'arting material in the synthesio of
riboflavin.
:EI is highly toxic and Irritating when
applied to
theL skin, but introduction of 2d CH2C1
group
eliminates toxicity almost completely.
186T28

COWYfic hYdreeltuticle of estore of aldeck
acids In the
re"Mcs of aref"tit mines V NJ. N ~ A
Ku"lvlllL(lva~ IWAlmlY AAhld . k. D. R111 u
I MI i - Tre"It"Vill ill LI.?Ql It CA
1~1r.0KA14le JR-MahvOrate
ill 11,4) with 770X lc(hll~.. nXicti- #4
!he filtrate. jiM addii.
of %1e,CO gave Pirl, wa rabovo-, -hu tome.
sit. lift V, uhich,
hnilrd 115 hr. *ith W011 And a -iiull
Atilt it llSA).
.11P rv~jnlbnmaltr, ra. 1:17 It'.
11%,fir"grnatioll of thi, (1) 1(
irl (be, prt~iwr t4 fl.2 W 3,4-ttylultur
ill I-AMI tn'r Ill .,hvd,
ill is lifil, 114) ittiale alk with K011
((w 24 hr., at 1211 11.4
,lon. ond TV ga%v38% J,4-xy1#-t"rabixa W1
off, oil. 140 1
alld ~Ollle li-trablimr~J,Pxyhdide. in,
214 5' (ltoiii 'W*;
I.,1011) (.4111114.11lic '1111111e t1lade
1-Y braillig ill, lakloll'. %lilt
ill U1011 ~. R4.0tilills I I li-aldhill(M.
L41 111111
%ith 111 M g. 3,4-Sylklille ill 1;1011
SAvr 77q. J,s-.TvNjiv, A
Ill 1:!h it'. %hich, Ilydr~OarwAINI ."-f
Raney N ill FIOJI a- 4.~ AIM. Atilt 4101'
1 5 hr, g.i%v 7:Ir
I'll(- ]Attvr aWi ftwinvl oil hv_
Vi 1.1-k if .,, ... i,t. ..I --
Still 3.4-itylkline .11 61, VW alld Ill,
1.,41
alin. hir 'Whrx. with or withmil adilrd
all-ifir-; Ill,- u--i,f
MOM givm Ittitwer yields. At I'mP the
ainlW lortilaltv.i
lired(itniuales. %hilt 7,!i*xKvv lx-%t
G. M. K(~llajxlff

v
v Y

llcm
i
te (25
) an:1 75
St
ik 2

t a
a
mrn
F.
, t
g,
0 nrc ht~at4 v%ilh %tirriag to A~ 5o awl are
graduallv
Ac

.
(ed with 75 g. 20-5%, IICI itt Ac!O. Fwill"Imic
mic
Ireit

tion sms ia after adda. of 0.7-5 of the
'01n.; this Intist Ile

Controlled by eNtcrnal
--ooling, but. (lie cooling should riot be

below
5,5'. Whea cornpl~,tc ,Mn. is awfinvil the rcst
tif-

IICI-,Iic,O is uddEd and the mixt. ht.ttvd I
br. to 70-M*.

The soln. is evapd. in ractia on it
Nith and the residue

kept at 50' under vacutan I
hr. The situp i, tabbed mic-

rcssivelv with
2,~--4(1 ml-p.moli; of ivv 1-110, utitil A SWid
PPt. for V115, .111(l the RIWL~ iS iWIMNI to
S!Arld (weraj;ut in ~k

- atia
lace
Cold
Filtration vicht, ,~Ve lel"lai '14-1--a'abon

.
, .
g
p
(from fti! i
AcOll, (A:f
m
llv~ is all P
)

.
.
..
.
~V
34
62~54)
C
A

.
.
.
,

-dE-I-fE-Z-Dv5K%Y V-M.
%
m7matitfuz).-Review WIM lzu relff.
ences. G. M. Ko-olapoff
L

KIM I

i.11. !.
Conversions and Synthesis of Carbohydrates. VIII.
Studies on C~ddation
of AI'doses, page 944.
Sbornik statey po obshchey khimii (Collection of Papers
on General Chemistry),
Vol II, Moscow-Lmingrad, 1953, pages 1680-1686.
All-Union Sci Res Vitwnin Institute

I
I 3tUd" 1P the mbeld of -ttrrl~~2 R- V-11 nL~e-
,/,-'n e;-,; i c A I . ~ -; ~
. I L., . . .,; ~ ~- ~!! rl., .,~, .;~. : . . .
i . ~ , ~ 1, -4 . :

Chellilstry of pteridiTit-ti. Lit,
Kkiln. IRI af~.tvllct,,
C,. M. 1~,,~(Ajjwff

v V--
"Mectrolytic reduction of haloalkysubstituted aromatic nitro
compounds". bnggvvkii. Y, &
and Varkov., V. S. (p. 100)
SO: Journal gL ~bWer&l Chegistry (Zhurnal Obahchei Khimii). 1953,,
Volume 23,, No.. 1.

U'1ZR'/Cbe:r I 13t ry
V.
F- r C'n i r Obnhchei Kbim, J;, Yh. 4,
P. ~'n ~-n r t qut~!ors eyn-thenived 1-1y-xone from
cf'
COTIN-irted into I-Ijxose by lacioniza tim,
-(-c,"ry cii! hod' a. Th n a
v -Y C- F, 0,w
Institution All-Union Scleptific ReBoarch Vitamin Instittit.e.
Au-aust -7, -1953i

'AV. ZOVSKly, V.M.; RODIONOVA, YO.P.
~ I I. - ~
Conversion and . synthesis of carbohydrates. Part 14.
Steric hindrance
in the aso compounding of arylglucamines. Zhur.ob.khim.
26 no.3:
745-750 Mr '56. (HLRL 9:8)
1. Vsesoyuzn~7 nauchno-iseledovatellskiy vitaminnyy
institut.
(Glucamine) (Lzo compounds) (Steric hindrance)

BVZSOVSKIY, V.H.; SOBOIZV, Yu.P.
-.-
Reduction of D-ribonoZ-lactone to D-ribose with a sodium
amalgam.
XAm.nauk I prom- 3 no.5:677-678 158. (Mnu 11; 11)
1. Vaesoyuznn nauchno-iseledovatellskiy vitminrqy
institut.
(Aldoses) (Lactones)

AUTHOR:
Berezovskiy, V. M~ (moscow) 74 -27 5 2/6
TITLE:
Achievements of Vitamin Chemintry (Uapekhi khimii vita -minov)
PERIODICAL:
Uspokhi Khimii, 1958, Vol. 27, Nr 5, PP, 551 - 580
(uss?')
ABSTRACT:
In the introduction the author shortly
emphasizes the achieve-

ments of chemistry in the field of the
invest i..at ion of vitamins

made during the last lo years, as
well as the discovery of new

vitamins and the determination of
their structure. The present

paper illustrates the fundamental
achievements in the inve-

stioation of vitamins during the last
ten years, -- Section 1;

New data on the structure,
stereoisometry and synthegis of vi-

tamins. This section
repcT;W on the synthesis of ascorbic acid,

pantothenic acid,
the synthesis of retinol (rosin oil). Further

the structure of
the vitamine A-aldehyde is discussed. The author

thoroughly
deals with the synthesia of carotinoid provitamino,

the
P--carotane which is chaniled into vitamin A in the body,

further with the successes o~ oreanic chemistry in the field
of

polyene compounds. The method of synthesis of P-carotene

according to Isler's method (Reference 91) is emphasized. In
Card 1/2
a special section the author repol-ts on the calcium
forrol in

Achievements of Vitamin Chenistry 74-27-5-2/6
products of the photoisomerization of eroosterol, The next
section is devoted to the synthesis of nicotinic acid. Then
follow additional data on the synthesis of pyridoxine. The
author reports in detail on new works in the field of the
thiamine synthesisp further on the synthesis of
pteroylglutamic
acid. Section 2 of the report is devoted to the nucleotides
and coenzymes - the highest form of vitamin,
pyrodoxal-.5z-phos-
phate of codecarboxylase, the thiaminphosphorin ester ( of
cocarboxylase) on the coenzyme A and pantothein, Then the
author
goes over to the synthesis of nicotinamidic coenzymes. Pinally
the synthesis of flavin-coenzymes is discussed. There are 248
references, 48 of which are Soviet.
1~ Vitamins--S~m-tbesis
Card 2112

z_- 0 vs K I YV A-1
AUTHORS: Berezovskiy, V. M. , Sobolov, Yu. P. 79-1-57/63
TITLE: The Electrolytic Reduction of
2,4-Diamino-5-Isonitroso-6-
-Oxypyrimidine (Elektroliticheskoye vosstanovleniye 2,4-di-
amino-5-izonitrozo-6-oksipirimidina)
PERIODICAL: Zhurnal Obshchey Khimii, 1958, Vol.28,Nr
l,pp.261-264(USSR)
ABSTRACT: The reactions of the chemical and catalytic
reduction of. the
nitroso group of pyridine compounds have been sufficiently
well determined in publications, especially for 2,4-diamino-
-5-isonitrosi-6-oxypyrimidine (references 1, 2) which is of
importance for the synthesis of pholic acid. But the electro-
lytic reduction method of nitroso pyrimidines has been little
investigated. Among few works in this domain especially the
electrolytic reduction of 3-methyl-4-amino-5-ib6nitroso-296-
-dioxypyrimidine on a lead cathode in 60,4j sulfuric acid has
to be taken not of (reference 3). In the present paper the
electrolytic reduction of 2,4-diamino-5-isonitroso-6-oxypyri-
midine (formula I) in an acid and an alkaline medium was
Card 1/2 investigated; the yield of
2,4,5-triamino-6-oxypyrimidine (II)

790-1-57/63
The Electrolytic Reduction of
2,4-Diamino-5-Isonitroso-6-Ovpyrimidine
amounted to 77 - 80 %:
0

OH

The reduction of the aro-

matic nitroso compounda
i
h
N 1410H

N'
N11
t
usually takes pluco w

2
hiGh yields (93-97~'O)- It

was shown
that in tbo elec-

.-NH2

_NH 2
trolytic reduction of 2,4-

I/ "\ ,

-diaiaino-5-isonitroso-6-
H2N N

NH2 N

-oxypyrimidine in an acid

medium the cathode materi-
(I)

(II)
al exerts an influence

upon
the yield of com-
pound (II), which

is not ob
served
in an
alkaline medium.
There are 2 figures, 3 tabl

es, and
7
references, 4 Of which
are Slavic.

ASSOCIATION: All-Union Scientific Institute for Vitamin
Research
(Vsesoyuznyy nauchno-issledovatelisk-4y vitaminnyy inatitut)
SUBIAITTEDt January 10, 1957
AVAILABLE: Library of Congress
Card 2/2 1. Chemistry 2. Pyridine compounds-Chemioal
reactions

AUTHORS4 Berezovskiy, V. M. , Rodionova, Ye. P.
79-2B-4-42/60
TIME: Synthesis of 5,6,7.-Trimethy'L Isoalloxazines (Sintez
5,6,7-tri-
metilizoalloksazinov)
PERIODICAL-. Zhurnal Obshchey Khimil.,19,58,Vol.28, Nr
4,PPJ046-.1049 (USSR)
ABSTRAM Tho authors showed already bofore (Ref 1) tliat a
methyl
group in the ortho pouitionto the ft-,,o group in 3,4,5-tri-
methylphenyl-2-phenylazo-1--d-.--lucosar,ines, the initial pro-
ducts for the synthesis of isoalloxazines, causes steric
"hindrance" in reactinns and a stron- deposition of the
U
absorption band in the ultraviolet range. Therefore it was
interesting te asoertain how the presence of nethyl groups
in position 5,6 and 7 at i9oalloxazine compounds acts upon
their sDectrum. These positions of the Liethyl group correspond
with the structure of riboflavine (position 6 and 7) as well
as with the structure of one of the stron-est antivitamine, -
the isoriboflavine (position 5 and 6) (Ref 2). As the steric
isomerism of the pentite side chain in 3.,4-,dimethylphenyl-
has influence upon their reactivity (Ref 3),
Card 1/4 the authors tried to ascertain the influence of such
EL iso-

Synthesis of 5,6,7-.Trimethyl Isoalloxazines
79-,28-4-42/6o
merism in 3,4,5.-trimet~,ylphenyl-2--amino-l,..d-Clucogamines
(formulae I .. IV). For this purpose 5,6,7-trimethyliso-
alloxazines (V -'VIII) with tetraoxyalkyl substituents in
position 9 were prodi~ced, which correspond in the configu-
ration of the hydrsxyl groups with all 4 possible pentite
rests 0-ribite, d.,arabite, d-xylite, d-lyxite). The corres-
ponding 3,4,5--trimethyl-.2-phenylazo-i-d-glucosamines were
converted by catalytic hydration into the compounds of the
form,-i.lae I-IV, which with alloxane were conder-gad to iso-
alloxazines (500.. boric acid as catalyst)s
ljo\~^ 03
OR N H P,
C~j H
CH~
Card 2/4

'119-- 2 0-- 4 --4"/",0
Synthesis of 5,6,7-Trimethyl Isoalloxazines
R-. pentiterest,-, d-ribite (I., V), d-arabite (II., VI),
d-xylite (II,, VII)., and d--lyxite (IV, VIII).
Isoriboflavine (Ref 4) was produced of 3,4-dimetVlphenyl-
-2-phenylazo-l-d-.ribityla-aine by reduction of the phenylazo
E;roup and subsequent condensaTion with alloy-ane.
The introduction of a metbyl group in peri position to nitro-
gen causes a strong diminution of the absorption iri1ensity
up to 60-70 % in the visible range. Besides the deposition
of the third absorption maximum in the ultraviolet rana~to
10 ma, for isoalloxazines with methyl groups in the position
5 an~ 6 and to 22 m/!. for derivatives with methyl aroups
in the positions 5.-.'6 and 7 of the isoalloxazine core takes
place. These both phenomena base upon steric hindrances. On
that occasion the nitrojen lifted out of the rina plane and
simultaneously the plane arrangement of the conju.-ate system
into which comes the chromophoric azomethin group
40 1 4
-11-C'\' ? is disturbed.
Furthermore, results that the introduction of ,. methyl group
Card 3/4 in peri position to tile hateroutom of the
nitro.~-eii (thus in

79-28,-4--42/60
Synthesis of 5,,6.7-Trimethyl Isoalloxazinen
pooition 5) causes a sharp diminution of the fluorescence,
.,AAch is characteristic for the flavines. This means that
the observed conjut;ate system, which ig coplanar with the
plane of the molecule, A-9 responsible for the ability of
the flavine to fluorescen;~ft. The intenaity of the
fluoreScence
depends on the degree of the coplanar pooition of the con-
jugate system with the plane of the moleculn core. For the
5,.,6.-dimethyl.-g--('4-d-.ribityl)..isoalloxazine
(riboflavine) and
the 5 9 6,7, -dime tby), 9, .(1 A, -r-4bi tyl)-L soulloxazine
(formula V)
the absorption spentra were taken in the infrared ranf;e (with
participation of L. V. Luklyanova).
In an experimental part the production of aminoglucosamines
and isoalloxazines is exactly described. There are 3 fijures,
3 tables., and 4 referenz~es, 2 of which are Soviet.
ASSOCIATIOM Vsesoyuznyy nauchno-issledovatel~skiy vitaminnyy
institut
(All-Union Scientific Research Institute for Vitamins)
S'U3:,iI'2TBD: January 10, 1957
Card 4/4