SCIENTIFIC ABSTRACT BEY-BIYENKO, G. Y. - BEYER, A. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205120020-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 8, 2000
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BEY-BTYETIKO G.Ya.
-~ .
Twelfth International Er;t(molopical In Lrrrion.
;;*Ft.
oboz. 44 no.1:223-240 165. (Mt:Rh' 18:7)

BEY-BIYENKO, G,Ya.
Sixty five years in the service of entamclogy; in
remcry of
J.A.G.Rehn. Ent. oboz. 44 no.3:714--716 t65.
(METRA 18:9)

t
t

entomoloFy.
(1.!Iirj% IQ,: I"

BBY-BIYENKO, I.G.
VAterials on the horseflies (Dipters, Tabanidae) of
Vitebsk Province
[with miumary in Inglish]. Not. obox. 36 no.3t655-658 157.
Wak 100)
1. Institut malyarii, mditainakoy parazitologii i
gellmintologii
Kinisterstva zdravookhraneniya SSIR.
(Vitebsk Province-Horseflies)

BEY-BIYENKO,,'Iiib& GiAgor-lievna.' Borr'1931. Jr sci
worker,
Inst-of Malaria., Hed'Parasitology, and Helminthology
of the Min 'of Health USSR (Moscow, Pogodinskaya u1.,
No 10). Parasitology (ectoparasites), Address: Mos-
cow, lst-Koptellskiy Fereulok, No 28, Apt 6.
SO: ZoologL Sovetakogo S21jEa - Spravochnik (Handbook of
Soviet Zoologists),
Ye. N. Pavlovskiy, ed., Moscow-LeRiiWa-d, 1961; JM: 13188,
2T March 1962.
Unclassified (Date of information: late 1958) cts

V
BFAL'TYUKOVA, K.N.; BEY-BrYBIMO, I.G.; BUYANOVA. 0.F.;
DETINOYA, T.So.;
RIMBERG. SMZMTA-, - K.F.
Preliminary report on the development of a system of
measures for
the control of blood-sucking insects at the construction
site of the
Krasnoyarsk Hydroelectric Power Station. Med.paraz. i
paraz.bol. 27
no.l-.20-26 Ja-J '58, ~MIRA 11:4)
1. It sektora entomologil Instituta malyarii, meditsinskoy
parazito-
logii I gellmatologii Ministerstva zdravonkhraneniya SSSR
(dir. insti-
tuta - prof. P.G.Serglyev, zav. sektorom - prof.
V.N.Beklemishev).
Pernskogo gosudarstvennogo universiteta i it Krasnoyarskcy
krayevey
sanitarno-epidemiologicheskoy stantaii (glavnyy vrach
S.I.Nozik)
(INSICTS,
control measures in rural construction zones, evaluation
(Ruo))

DANIIAVSKIT, A.S.; BEY-BIYEIIXO, I.G.
Oak leaf roller (Tortrix viridana 1.) and the
resistance of different
oak forms ot its harmful activities. Uch. zap. WU
no.240:61-76 158.
(MIRA 11:9)
(Oak--Disease and past resistance)
(Iosaf rollers)

SHIPITSINA, N.K.; DETINOVA, T.S.; SHWWOVA, M.F.;
BELITYUKOVA., K.N.;
BUYANOVA, O.F.: BEY-BUYKRO, I.G.
Protection of Mrasnoyarsk Hydroelectric Pover Station
construction
workers from biting midges. Med.paraz. i paraz.bol. 28
no.4:456-463
-Tl-A9 '59. (MIRA 12:12)
1. Iz sektora entomologii Institute. malyarli,
meditsinskoy parazito-
logil I gellmintologii Ministerstva zdravookhranAniya
SSSR (dir. ineti-
tuta - prof. P.G. Sergiyev, zav. sektorom - prof. V.N.
Bbklemishev) i
is Permskogo gosudaretvannogo univerBiteta.
(DIPTIRA)

Bh-Y-B-TYENKO, 1*G*
Fauna and b1ology of horseflies (Diptera,
Tabanidae) in the
,~q,, t. oboz. 42 no
t 'ga of the middle Yenl5ey Valley. M~ -4:833-844
10
(MIRA 17r8)
1. Ing.-Itut med'-tslrsk(,,y pa-azitologii i
trofAchesk-cy
m,Ajts1ny imen-1 Ye.l. Martmi,.iovskogo, Moskva.
Zamestitell
glavnogn. redakt-ira zhurmla "Ertomciogicheskcye
ebozrenlye".

.BEY-BIYENKO, G.Ya., otv. red.; NARCHUK, E.P., red.
[Aeports at the 15th Annual Lecture in Memory of N.A.
Kholodkovskii, April 18, 1962] Doklady na 15
ezhegodnom
chtenii pwniati N.A.Kholodkovskogo IS aprelia 1962.
g.
Moskva, Nauka, 1964. 92 p. (MIRA 17:8)
1. Vitse-prezident Vsesoyuznogo entomologicheskogo
ob-
shchestva chlen-korrespondent AN SS-,-~~ (for
Bey-Ayenko).

tq, ( i al I rcl ,,
Dissertation: "A Parasite of the Soft Psf~udoscle Insec:;
Coccopl.a.,us L.-ciruna '~,,7alk iln
ci, -.,,i
the J)ubtropic~-.l of Azerbaydlzian 31'.'-a." Cand Lio) j
isieni 0'. j',:. rl'irov, 14 i.,iy 54. Jibakin3kiy itabochi.i,
5
o0 - O-M,l 2,,'.4, 26 Nov 1954

B',;" Yr~ fl T! OV , ~ . A .
"A Parasil a of the Soft Psew1o Scale Insect,
3orso-)hri M-, is lycbmia W,11111
Under the Conditions in the Snbt-ronicnI Rayolis of
4.1je A,c,.I,h
I I -iydzhnn SM (Fight
Against the Parasites of the Citrus (Crop)." Cand biol
Sci, Azerbaydzhan U,
Baku, !Q54. (PZhBiol, No 1, Jan 55)
Survey of Scientific and Technical 1~issertta-~ ions
Defended at USSR 'Hirber
Educational Institutions (13) SO: Sum. 5PS, 20 Jul. 55

M4M.(W, R.A.
-1
Combined method for combating the soft pseudo scale Cossue
hesperidum L.
Dok1.AN Azerb.SSR 12 ne.9:661-664 156. (NLRA 9:10)
I.Prodstavlons skademikesi Akad4*Ii nouk Aserbaydzhanskey
SSR G.A.Aliy*vym.
(Scale Insects)

PLZAYEVAY L.M.- BEYBUTOV R.
Apple seed chalcid Torymus irul-arum (Bc~i.)
("Hymenontgra.,
Chalcidoidea) In the Kiibu-Muchmas zone of the
Azerhaijani
S.S.R. Izv. AN Azerb. 33SH. Ser. bicl, i med.
nauk no. 6:
63-065 163. (114M 17:5)

BEYBUTOV, Sh. A.., (Engr)
"Effect of Adjustable Processes and Foreign Fields on the
Selection of an Optimum Part
of a Palsator in Coring Oil Wells." Cand Tech Sci,
Azwerbaydzhan Industrial Irs t
imeni M. Azizbekov, 24 Feb 54. Dissertation (Bakinskiy
Rabochiy Baku, 17 Feb 54)
SO: SMI 186, 19 Aug 1954

t
USSR / Human and Animal Physioloa. Effect of Physical
Factors. T-13
Abs Jour :Ref Zhur - Biologiya, No 1, 1959) No- 3959
Author :Abasov, I. T.; Beybutoy. 3h. M.
Inst :Not given
Title :An Experiment of Validol Application in Radiation
Sickness Included by Roentgenotherapy
Orig Pub :Vestn. rontgenol. I radiol., 1957) No 4) 71-72
Abstract :Giving 2 - 3 drops each of validol (V) on sugar to
patients with carcinoma of various localizations (50)
after a session of roentgenotherapy or during the
application of radium. usually considerably eased the
general reaction to the irradiation, leading to dis-
appearance of nausea, vomiting, headeches and other
unpleasant sensations. The application of V before
irradiation frequently prevented the appearance of X-ray
reaction but its effectiveness was increased under the
Card 1/2

-4 USSR / Human and Animal Physiology. Effect of
Physical Factors. T-13
Aba Jour -. Rof Zhur - Biologiya.. No 1, 1959.. No- 3959
conditions of subsequent intake. In a sharply expressed
X-ray reaction, the application of V appeared to be
ineffective. -- B. B. Glikson
Card 2/2
122

BEY23TYrOV, bh.-14.- JUJUDWEICKOVA. S.Sh.
Alectrocardlographic changes in patients with
cancer of the
asophapis who have been subjected to teiegamma
therapy. Aserb.
med.zlmr. no-5:71-75 My '59. (MIRA 12:8)
1. Iz Azerbaydzhanskogo nauchno-iseledovatellskogo
instituta
rentgenologii i radiologii (direktor -
dots.M.M.Alikiahibekov)
i Il goopital'nyy terapevticheskoy kliniki (zav. -
zasluxh.
deyatel' nauki, prof D.H.Abdullayev)
Azerbavd2hiinakogo gosudar-
stvenaiogo meditsinskogo instituta im. N-Narimnova
(direktor -
zasliahenn;vy deyatell naulri, prof B.A.Eyvazov).
(GWM RAYS-THAWBUTIC USA)
(]CSMMiLGUS--CANCJM)
(R=TROCARDIDGWHT)

SOUSSP A.A.# dotsent, (bakup ul.L.Shmidtag d.17,
kv.13); '-BEUMI,-b~
Mj* nauchnyy sotrudnik
Roentgenological changes in the lungs after
telegammatherapy for
cancer of the esophagus. Vest. rent. i rad. 35 no.
5:30-34
MY-Je 160. (MIRA 14:2)
1. Iz Nauchno-isoledovatellskogo instituta
rentgenologii i
radiologii Ministerstva zdravookhraneniya
Azerbaydzhanskoy
SSR (direktor - doteent M.M. Alikishibekov).
(LUNW. (ESOPBAGUS-CANCER) (RADIATION SICKNESS)

13XYBMV Sh m
, -
P~imary cancer of the vagina. Azarb.med.zhur. no.3:48-51
mr '6o. (KmA 13 -.6)
(VAGINk--com)

-BEYBUTOVI, Sh.M.
Condition of the peripheral blood and bone marrow in
telegamma
therapy of patients with esophageal cancer. Mod. red. 6
no.2s7-
11 161. (MIRA 1413)
(ESOPHAGUS-CANCER) (GAMA RAYS-PHYSIOLOGICAL EFFECT)
(MARROW) (BLOOD CELLS) '

ABASOV, I.T.; IMMU , Shomo
Changes in the cardiovascular system during
radiotherapy of
cancer of the esophagus. Med.rad. noo3,13-19 162.
(MIRA 15:3)
lo Iz Azerbaydzhanskogo nauchno-issledovatellskogo
instituta rent-
genologii i radiologii.
(ESOPHAGUS-CANCER) (RADIOTHERAPY)
(CARDIOVASCULAR SISTEK.-RADIOGRAPHY)

BEYBUTOV Sis M CAND MED SC I "EXP ER I ENC E OF---TgrXn'
t'PATIENTS 3 43
Moscow,
:#-AX+e" -FA*U-"K JELEGAMMA-RAY 3~
1961. (STATE Sci REs ROENTGENo-RADIOLOOICAL INST OF THE
MIN
OF HEALTH RSFSR). (KL, 3-61, 230).
391

_L_1:K?k43 EPF (01 .,/EWT(m)/BDS AFr-MjAFGG ?:~-4 a'/*/Dj
ACCES31OR NR-. AP300109 S/0152/63/000/006/0073/W75
AUTHORs Mov umzade, as S. S,
M. M.j ;P!gb~~qy
Y
TITLE: Dewaxing of oilsk~~__th methyl. isopropyl ketone
SOLW.".'; I=, Neft, i gaz' no* 60 1963, 73-75
TOPIC TAGSi dewaxing, paraffin-rich oil dewaxing, solar oil,
solar oil aewaxing,
filtered stock., filtered-stock dewaxing,
acetone-benzene-toluene solvent, 3-methyl.'
2-but3none, 3-methyl-2-butanone solvent, solvent recovery,
pour point, kinematic
visco.3ity, devwed oil yield increase
ABSTRIOTi Difficulties in the recovery of three-cor-
.~onent solvents (acetone-
benze-ae-toluene) after the dewaxing of paraffin-rich oils
have prampted a study
of th.3 dewaxing of these oils with a single solvent -
3-methyl-2-butanone (I).
ExperLments were conducted with a paraffin-rich solar oil
fraction (pour point,
+21C; kinematic viscosity at 50C., 12-74 centistokes) and
with filtered stock (pour
point, +42C; Icinematic viecosity at 100C', 16-85
centistokes). The solvent/oil
ratio varied frcm 3/). to 6/1. The solvent and the oil were
heated to 50-60C,
then ,ooled to -200 iLt a rate of 20C/hr. The dewaxed-oil
yield increased in the
case )f solar oil (solvent/oil ratio, 11/1) from 73-5A
(three-component solvent) to
Card Y2

L 13596-63
ACCESIBION NR-* AP3004249
86~ C0,and in the ratie of flItered stook (nolvent/oil mt1o, 611),
from 61.)%
(thren-ocolpment solvent) to 70 M- Orig. art. has: 5 tables..
ASAMMM Azerba~dzhanskiy Inutitut. nefti i khimii im. M. Azi2bekovu
(AzeAmydzhan Institute of Petroleum and Chemistry)
SuBmr-mm i 26ian63 DATE, ACQt 2IAug6) EfICL: 00
SUB DMEt FL NO REP SOV: 002 OMER: 001
Card 2/2

17
ACC
19-12-66 E,~iP(
NR: AP6018112 SOURCE CODE: UR/0152/65/000/001/0055/0057
AUTHOR: Movsumzade, M. M.;
OAG: Azerba-vdzhan Institute of Petroleum and Chemistry im. M.
Azizbekov
7
(Azerbaidzhanskiy institut nefti i khimii)
M
TITIE: Dewaxizia%f Zhirnov vetroleum raffinate ~Iith
meth-vli50Dr0DVl ketone
SOURCE: IVUZ. Neftl i gaz, no. 1, 1965, 55-57
TOPIC TAGS: crude petroleum, petroleum refining, ketone,
petroleum product
A, - \\
ABSTRACT: The high quality aviation. oil MS-20 in obtained from
a mixture of
Zhirnov and Korobkov crudes. A concentrate or a mixture ofthese
crudes
;undergoes selective refining by vapor solvents (a mixture of
phenol and ere-
,Sol with propane) and dewaxing with a dichloroethane-benzene
solution.
,iSubeequently, the dewaxed oil undergoes contact purification.
A feature of
~this process is the fact that drwaxing precedes contact
purification because
,dichloroethane as a chloroderivative readily dissolves
a5phalt-resinous sub-
~stances. In order to find a more effective method of dewaxing
the possibi-
ility of obtaining aviation oil MS-20 from a ndxture of Zhirnov
and Korobkov
jerudes by using methylisopropyl ketone was studied. The
raffinate of
Zhirnov and Korobkov crudes first undergoes contact
purification, ' It was.
found that the use of methylisopropyl ketone as a solvent has
the following
advantages: a) methylisopropyl ketone is stablet noncorrosive
and has no
narcotic effect;.b) a lesser expenditure of condensation is
required; c) it is

L 30972-66
ACC NR' AM018112
more easily regenerated, since it is a monocomponent solvent
practically
insoluble in water; d) methylisopropyl ketone can be used to
obtain aviation
oil with a lower pour point. Orig4 art. has: 3 tables. EJPRSI
SUB CODE: 11 SUBM DATE: 17SeP64 CRIG REF: 004
Card 2/2
U-77-77--

MOVSUMZADE, M.M.; BEYBUTOVA, S.S.
Dewaxing the lubricant components of petroleum from
the island of
Peschanyy with methylisopropylketone. Izv. vys. ucheb.
zav.; neft'
i gaz 8 no.3:65-68 165. (MIRA 18:5)
1. Aserbaydzhanakiy institut nefti i khimii im. M.
Azizbekova.

BMUTOVA, T.S.
Preliminary data on the treatment of tuberculous
meningitis in
children under three years old vithout subaracbnoidal
injection
of Btreptomycin. Aserb.zed.sbur. no.llr20-24 N 159.
(MIRA 13:4)
(KMNGXS--!EUBIMCULOSIS) (STRYMOMYCIN)

'T T.
beydeman, I. Al. "'Water expenOdture in so-LI
transpfr;;t-*.Cn ~nd ova-
poration under conditions in the
rlugano-Sally2nskiy mount2in
r2nge Trudy Azerbayfth. nauch.-isslcd. in-ta
~-idrote!diniki
i melioratsii, Vol. 1, 1948 fon cover- 1949~ 7
p.6,Q-77 --
Dibidog: P. 77
SO: U-3566, 15 1`.arch 53, (Letopis 'Zhurnal Inykh
St;atcy, l'o. III,

The fob of Im WW is Im walmr4ou rogww of
nib. 1. N. Hei =l.PodmlWW%i# (P*dWW) 1%9.
VOU-9. -W*t IImsililchak rtm's
Solkicafflif berbued
shom a trusepwatim of 2 cu. m. of water
Per hA.
Lvy Wboschak mpponjuS Silhols cmssa shows
a tmn~-:
ptrAti=cd2Wc%.m.Pvrba- &A-tsk-its-PPactmg
. don of 0500 cu. m.
Arkxdsia mrytmm shows a tranM"
of water per ha. The meadow type at -0
with a highi
water table supporting Glyribiw giske
shOws a:
transpirstiou of 2DAW cu. m. of water Per
ha-
T. S. toffe

BITMMU, I.N.
Icological and ~iologicul bases of changes in vegetation;
from matarial on
the depression of Iketern Transcaucaaia. Bot.zhnr. 38
no.4:475-484 Jl-Ag
153. (9LRA 6:9)
(Botany--laology)

b E Y D E H,4 At I k
BEYDEMAN. I.N.; SHJYYXRS, Ye.V.. doktor biologichookikh nauk,
redaktor;
----Tnmw,. S.D., re&alrtor; ARONS, R.A., tekhnicheskiy
redaktor
[Methodology of phonological observations in geobotanical
research]
Metodika fenologichaskikh nabliudenti pri goobotanichookikh
issledo-
vanilakh. Moskva, Izd-vo Akadezii nauk SSSR, 1954. 128 p.
(MLRA 7:8)
(Phonology) (Botanical research)

B"HAN, I.N.
. - ~ Y~ dpm., W. !OFAO;. 1 A ~ , i I I -
Transpiration of the cotton plant under various
ecological conditions&
TinAr Bot.inst. Ser.3 noo'9:646-687 154. (MLRA 8:4)
(Plants--Transpiration) (Cotton)

02,09 "
'0 ~4 IV.
MISR/ Biology - Book review
Card 1/1 Pub. 86 - 39/39
Authors Nikitin, S. A.
Title Procedure for phenological observation in geobotanical
research
Periodical Priroda 44/30 page 128, Mar 1955
Abstraot I A review is made of the book, "Procedure for
Phenological Obser-
vation in Geobotanical Research," by 1. N. Beydemn, published
by the Academy of Sciences of the USM,'WTJ545,~~OMff contain-
ing 130 pages. The book gives something of the history and
methods of phenological observation and is generally rated
good.
Institution
Submitted

BETDIKAN, I,N,
Methods of studying the water regime of plants.
Bet.zhur.41 no.2:
212-219 7 156. (MIRA 9:7)
I.Betandoheskiy Institut Iment V.I.Komareva
Akademii nank SSSR.
Leningrad. (Botaw-Physiology)

YAROSHZNKO, P.D.; BEYDIKAN. I.N., redaktor; VIKHM,
S.D., redaktor;
ZICNIINLI , redaktor.
[Succession of plant associations in Transcaucasia
in connection
with soil and climatic changes and the activity of
marJ Smeny
rastitellnogo pokrovs, Zakavkastia v Ikh eviazi s
pochvenno-kli-
maticheskizi ismeneniiami i doiatelinostliu
cheloveka. Moskva.
Izd-vo Akadenii nauk SBSR, 1956. 240 p. (MIak 9:6)
(Transcaucasia-Botany-Boology)

BEYDI~IL,11-, I.N.; T-MOBRAMMISKIY,
InterderAndence in
Kura.-Aras Lowland.
(Kura-Arap
i,.S.
the development of soils and
'-T'rzd7 . inst, Ser. I no.11:
17
)
(So!l !-)rmation)
vegetation In the
11-1.0-164 157 ,
MRA

BEYDEMAN, 1. N., ALPATIYEV, A. M. (Prof.)
Ion1nP_Tad;S1M-!A!TYUK', A. P. (Prof .),
- ilUfLORINA, T. N. and ERUTOV-bKAYA,, Ye. A.
(fCx7asnoyarsk)
"Correlations between rates. of Seasonal Development of
Organisms and
of
Inorganic Factors of Surroundings .
report presented at a Phenological Conference in
Leningrad, Nov. 1957, by the
LEM Geographical Society.

BNYDEMN, I.N.
Observations of changes in the coastal vegetation and the
develop-
ment of vegetation of the sea bottom following the
regressiot of
the Caspian Sea. Ttudy Bot. inst. Ser. 3 no.11:165-IS4
'57.
(Caspian Sea region-Botany-&ology) (MLRA 10:8)

All/ I'A A/ J
AUTHOR:
Shullts, G. E. 12-90-3-14/16
TITLE:
A Phenological
Conference (Fenologicheskoye soveshchaniye)
PERIODICAL:
Izvestiya
Vsesoyuznogo Geograficheskogo Obshchestva, 1958,

Vol 90, lir 3,
PP 301 - 302 (USSR)
ABSTRACT:
A Phenological Conference in
Leningrad was convened in November

1957 by the USSR Geographical
Society, together with the In-

stitutes of Botanics and Zoology
of the AS USSR. There were

310 participants present, including
representatives from all

Soviet republics except Lithuania. The
Conference heard 99

reports including those of: P.A. Baranov,
(Member Correspondent

AS USSR), I.N. Beydemann, and G.E. Shullts
on the actual stage
_
_
_

F6`pE_en
of Soviet
o-1`Fgy, S.V. Kalesnik (2ember Correspondent
pFy

AS USSR), P.A. Baranov, A.I. Rudenko,(Leningrad- Candidate of

Agricultural Sciences); Professor A.M. Shullgin kmoscow), on

"Phenology and Geography"; A.P. Vaslkovskiy (Magadan), on pe-

culiarities of seasonal occurrences in the Chukotsk peninsula;

V.D. Aleksandrova, (Leningrad - Candidate of Biological Scien-

ces), on phenology of vegetation; B. Lyakhovskliy, T.N.
Butoriha,

and Ye.A. Krutovsknya, on phcnologdcai sensors of the
Siberian

taiga; N.T. Pechayeva (Member-Correspondent of the AS
Turkmen
Card 1/3
SSR), on the phenology of desert pastures in
Turkmenia; Dotsent

A Pnenological Conference 1-2-90-3-14/16
M.A. Shabanov (Saratov)lon the phenolo6rical division into
districts of oblasts; V.A. Batmanov (Sverdlovsk), Dotsent
B.S. Ohustov (Ryazan'), i)otsent A.Kh. Shklyar (Niinsk),
A.G.
Remizov (moscow), and others, on phenological maps; Ye.V.
Bessonova (Leningrad) on maps showing the approach of sea-
sonal phases in agriculture; A.F. Chirkova (,~ioscow) on
torms
of fox reproduction; N.K. Shipitsina, (Candidate of
Biol0j;ical
ociences (Moscow), on seasonal development of malarial
mosqui-
tos; V.A. Batmanov (Sverdlovsk) on statistic methods of
pheno-
lo&ical cartography; Professor I.A. Golltsberg (Leningrad),
i)otsent Ye.G. Mukhina (Odessa), D.F. Tumanova and N.S.
Chochia
(Candidate of 1jeographical Sciences - Leningrad), on
phenolo-
gical, micro- and macrological division into districts;
IN.N.
Galakhov (Doctor of Geographical O'ciences - Moscov,)yon the
importance of phenological seasons in physico-eographical
investigations; G.E. Shullts and botsent A.I. Shernin
(Kirov)i
on the effect of long phenological series on secular
climatic
fluctuations; Professor G.G. Samoylovich and 6.V. Belov
(Can-
didate of Agricultural Sciences - Leningrad), on
phenological
conditions of woods obsurved by aerovisual reconnaissance
and
Card 2/1)_ colored aerophotography; Professor A.M.
1111patlyev (Leningrad),

A Oienolo6icial Uonference
12-90-3-14/106
I.:.. illeyder-an, Professor A.P. Shimanyuk, 11.14.
Butorina and
Yu.ii. isrutovskaya (Krasnoyarsk), on correlations between
rates of' seasonal development of organisms and inor6anic
factors of surroundings. The Conference set up future
methods
to develop phenolo,- in the U85R.
~y
AVAILABLE: Library of Congress
Card 3/3 1. Phenology-IJSSR 2.
Conferences-Phenology-Leningrad

RIMMN. I.M.
Bbythn of seasonal varlatione in the
transpiration in-
tensity of plants growing in eolls with different
types
of moisture regime and under different clizatic
conditions.
Bot.shur. 45 no.8:1108-1122 Ag 16o. (KIU 13:8)
(Plants--Trauspiration)

BRYDE"IL_lKing-Hikalay&vnA-.--BBSPALOVA, Zoya
Georgiyevna; RAWWINA,
Alskmandra Timofeyeyna; YUNATCY, A.A.$ dokto'r
biolog.nauk, otv.red.;
VIKHRL7, S.D., red.izd-va; KRUGLIK07A, N.A., takhn.red.
(Studies on ecology, goobotany, agriculture, and
drainage in the
Khra-Arae Lowland of Transcaucasia; natural and
anthropogeuic changes
of plant communities, water conditions and root systems
of plants]
Ikologo-geabotanichealcie i agromeliorativuye
issledovaniia v Kura-
Araksinskoi nizmanuosti Zakavkazlia; astestvannye i
antropogennye
smeny rastiteltnykh soobahchostv, vodayi rezhim i
kornevye sistemy
rastenii. Moskva, Izd-vo Akad.nauk SSSR. 1962. 464 p.
(MIRA 15:2)
(L=a Lowland-Botany)

BEYDEMANP I.N.; KORCIIAGIN, A.A.
"World atlas of climatological diagrams" by H.Walter and
H.Lie"
Reviewed by I.N.Beideman, A.A.Korchagin. But,zhur. 47
noo2:288-290
F 162. (IMA 15:3)
1. Botanicheskiy institut imeni Komarova Ali SSSR
Leningrad.
(r.lir-tology-Charts, diagrams, etc.~

BEYDEMAN, I.N.
Significance of coindicators in studying the indicator
properties
of plant communities. Trudy 140IP 8:49-52 164.
Influence of plants and plant communities on the
seasonal dyn%mics
of groundwater. Ibid.:57-65
(MIRA 17:12)

DM, A. A.
PA 23T13
Oct IOT
m Nis
Imp V*ItW DAIcatcr.," A. A. Beyder'. I p
smarwtikso 110 10
Kawabses a saw type of Dom Imp voltage Isucator
M Wt, UY tho- TMX33*P -(Centr&I -Scientific
Mossweb ubwetwy rw 11mus"I MAustries). Tt
me two* bw. The :ru%t U&" at 120 volts,
WO Una U&t
twft'~U*t at' 36O."It IBUAW-
2-M3

KIMANOV, G. Ya.; ABELISKIY, A. M. j.
BEYD-BRo-A.-Y,; VAYNER, S. V.;
VIASIK, V. S.; GOLIDFEDER, Ya. M.; DUDKINA, D. F.;
ZHURAUEVA,
L. D.; KANE, D. B.; KUDAVIOV, M. L.; KOLODEZIJAYA,
T. B.;
KUTASNIKOV, V. Ya.; SOLODOVNIKOV, B. M.; STRODIAN,
L. A.;
SHUMKOVA, N. S.
Results of dispensan, treatment of occupational
dermatoses in
the clinics of Leningrad. Vest. derm. i ven. 36
no.6:500-62
Je 162. (MIRA 15:6)
2. Irz kozhno-venerologicheskikh dispanserov No.
1, 2, 3, 51 ly
10, 11, 12, 13, 14, 15, 17, 18, 19, 22 (nauchnyy
rukovoditell
chlen-korrespondent ANN SSSR -prof. P. V.
Kozhevnikov)
(LETINGRAD-OCCUPATIONAL DISIASES)
(SKIN,DISFASF.S)

SHAFIRO~ L'. kbrid.tekhn.nauk~ - . A, j R
p , -W! ~Di !- -i-w., ~ ' inzlh.,~
1.
RING, I~L. Inzh.-, SAM";KHIN, .1 1
-- J, 4-111m.
P re-pini ', lon o f etiges - "In sta ~L rl'i r2ss s teel
f'o-;, wp.'l ~ --* ng, Icy a --r-s'f ;
c-;ttlng. Sve,7.-p-.r-oizv. ltv 161, ;~~U.RA iih6)

MAI/
T /NA(~)/EWP(v)/T/EWP(t)/,TWP(k)/W(z)/EWP(b)/t,,IA(c)
ACC NRt AP5010698 JD1HK SOURCE CODEt
UR/0125/65/000/007/002-9'-'/O*'0-3-1'
AUTHOR: Shapiro, I. S. (Engineer; Moscow); beyder,_R. D.
(Engineer;
"Hoscow)
ORG: none
TITLE: Highly productive plasma are methods for cutting stainless
steels_
X
SOURCEt Avtomaticheskaya svarka, no. 79 1965, 29-31
TOPIC TAGS: plasma arc, slag, stainless steel, metal cutting
ABSTRACT: Slag formation on cut edges and its relationship to
the re-
moval of metal from the cut is investigated. Three cutting
techniques
are identified according to the size of the metal particle
forming on
the edge in the cutting process. These techniques yield large,
very
fine, and mixed (large and very fine) slag particles. The
optimal cut-
ting technique requires a voltage of 93-100v and a mixture of
hydrogen
and nitrogen gases (75% N2 and 25% H2). The advantages of the
techni-
que are higher cutting speedg lower expenditure of electricity
and work
ed metal and a very fine, easily removed slag particle on the
edge of
the cut. Khl8N9T staiuless steel, 12-18 am thick, was used in the
Cnrrl 1/2 ~k UDC: 621,791,94 : 669.140

T. 9443-66
WT(m)/EIT(k)/EWP(Z)/EWA(C)/T/EWP(b)/EWA(d)/"~~(v)/El,'P(t)
At-L NK% AF5026290 mjl4/JD/HM SOURCE CODE:
UR/0125/6-57o-O-OTO-:[U66-5-5T60-Ti
AUTHOR: Shapiro, I. S. (Candidate of technical sciences); Bty_~
,11. (EnFineer;
Moscow); -.Vladimirov, V. B. (Engineer; Moscow); Mazo, D. M.
(Engineer; Moscow);
Samokhin, 0. G. (Technician; Moscow)
ORG: VNII avtORenmash
........ ................. .... . .
TYLTLE: Effect of gas-shielded are cuttin on the properties of
Khl8N1OT pteel
FY 110
rb
SOURCE: Avtomaticheskaya svarka, no. 10, 1965, 35-37
TOPIC TAGS: steel, stainless steel4laustenitic steel, chromium
containing steel,
nickel containing steel, steel cutting, shielded arc cutting,
plasma cutting/Kh181110T
steel -4
ABSTRACT: NHot-rolled Khl8NlOT stainless steel plates (0.11% C,
17.6% Cr, 10.7% Ni,
0,75% Til were cut by a gas-shielded electric are in order to
investigate the effect
of cutting conditions on the structure, corrosion, and
weldability. The gas-electric
cutting was done under mild conditions (current I = 330-360 amp,
arc voltage
Ua = 44 v, cutting speed Vc = 270 mm/min, nitrogen consumption
Qg2 = 1600 1/hr, cut
width dc = 6 mm) and under severe conditions (I = 400 amp, Ua 5
V, Vc= IWO mmAffin
QN2 = 5000 1/hr,' Q1H2 =, 16oo 1/hr, dc = 4 mm). Regardless of
the regime of cutting,
the surface of the cut had a thin Fe304 film which, under optimum
cutting conditions,
was about 0.6 jim thick. Changes in the structure of the metal
cut under mild and
Card 1/2 UDC: 621-791.947:669.140

ACC NRs AF>UL'0L'51(J LI)
severe conditions extended to a depth of 1.5 and 0.2 mm,
respectively. The conditionE
of cutting had little effect on the rate of general corrosion
of the as-cut surface,
which was only slightly higher than the rate of 1.5 9IM2.hr
for mechanically cut
spec-imens. After a sensitizingheat treatment, the/rate of
general corrosion of me-
chanically cut specimens increased by 2-6 times, pL'nd that
of the arc-cut specimens,
by 8-10 times. The corrosion rate of the surface . of the cut
prior to sensitizing
was 2-3 times higher, and after sensitizing, 10-13 times
higher Itan t-at cf the base metal.
This increase, however, is not dangerous since it does not
extend beyond a small
fusion zone. Hence, gas-shielded are cutting of Khl8NlOT
steel should be done pre-
ferably under severe conditions, which ensure a narrow fusion
zone. No cut specimew.,
regardless of the method and conditions of cutting, exhibited
intergranular cor-
rosion. Sound welds were obtained by submerged-are welding of
cut specimens without
additional preparation, and no difference was observed in the
structure of the metal
of the weld and heat-affected zone in specimens cut by
different methods. Orig. art.
has: 4 figures and I table. [MS]
SUB CODE: 13/ SUBM DATE; 2OjuI64/ ATD PRESS:
jW

L-28864-66 M-P(
7CC NR, AP601153b
/ZNTW/T/EWP(v)/EWPW/ETI 1JP(c)_ JD/Ml
W SOURCE CODE: UR/0135/66/000/004/0031/0033
AITMOR: Shapiro, I. S. (Candidate of technical sciences);
Beyder. B. D. (Engineer);
LeRp, V. R. (Enginee Sh4bin, 0. S. (Engineer); Samokbin, Ot Ct
(Technician);
Aozhnov, V. S. (Technician)
ORG: none
Gas-electric arc cuttin of alumLn -ralloys up to 250 um thiik
a UM
SOURCE., Svarochnoye proizvodatvo, no. 4, 1966, 31-33
metal cutting, metal cutting machine tool, gas cutting, cutting
tool,
TOPIC TAGS:A rectilinear cutting machine, rectifiersetal plate
cutting apparatus.
flame cutting, aluminum allay, electric are, hydrogen I PPR-1
cutting tool, OPR-1
cutting tool
ABSTRACT: So far the-maximum thickness of aluminum alloys cut
industrially,by the
gas-electric-,a-rc m"et-hod--has been 70..m. -)rurther
technical progress dictates the need
to enlarge tfiis'maxiinum_. In this connection, the authors
investigated the possibility
of cutting Al alloys up to 250 m thick by the gas-electric pre
method and dIeveloping
efficient equipment and techniques for this purpose. AN
IP-150/250H rectifier deve-
loped by the authors was'used as the power source for the
cutting are and the cutiing
was performed with the aid of an PPR-l semiautomatic
rectilinear cutting_machine.
IV
Card 1/2 UDC: 621,79i.245,55:662,715

L 2M4-66
ACC NRI AP6011538
Slabs of the Al alloys AMg6 and D6 and avial-type alloys 70-250 mm
thick were cut. A
major factor in cutting metal plate is the so-called "piercing
time" (time from
the instant of ignition of the cutting arc until complete melting
of the spot at
which the arc is first applied): the shorter the piercing time is,
the faster the
cutting rate; this involves a certain (optimal) rate of hydrogen
consumption for a
specified thickness of metal. It was found that the optimal
consumption of H 2 in-
creases with increasing thickness of the metal being cut owing to
the attendant in7
crease in the length of the cutting are and hence also in the
amount of the hydrogen
diss6ciated. Another factor to be considered is the optimal angle
of approach of the
electric are to the line of planned cut and the subsequent rate of
ndvance of the
cutting head. Oscillographic studies of the change in cutting-are
voltage following
contact with metal showed that then a linear increase in voltage
takes place. This
made it possible to develope a special servo system functionally --
through feed-
back -- relating the cutting rate to the arc voltage as based on
the use of a cutting
head powered by a DC motor whose armature is connected to a power
system via an MU
magnetic amplifier with self-magnetization and internal positive
current feedbackt
whicli adjusts the motor RPM to an extent corresponding to the
required rate of advance
of the cutting head as function of the operation performed at the
moment (no load,
ignition, approach to planned line of cut, actual cutting). On this
basis the OPR-l
plate-metal cutting apparatus for rectilinear.as well as profile
cutting has been de-
veloped; it is equipped with a special extensible panel for remote
control of the.
operations if desired. Orig.-art. has: 5 figures, I table.
SUB CODE: 11, 13/ SUM DATE: none/ ORIG RU: 003

10 7 ~ 92=a KiT(d)/ET,4-1 (fl1)1FFUP(v)1 (1) 11j P(c
77,~f NR- MU-030420 GOUIiCD CODZ:
UR/O:.93/~)'U'/OOD/GC)'i/C)003/,DC~Ocl;
AUMOR( Shapiro, I. S. (Candidate :'I' technical sciences);.Beyder,
B. D.; Persits,
OR'3: None
F,
'TITLE: Developnent, of the technoli leal. process of plab,,na-arc
cu-~Ling
SOURCE - Byulleten' tekliniko-ek6no~-,:Lcheskoy informatsii, no.
7, !966, 3-5
TOPIC TAGS: plasma cutting, plasma are, manual plasma cutting
metal cutting
'ABSTRACT: The authors describe new plasma-arc cijttin~; ~z,
eveloped in 1965-66
ito eliminate the disadvantages of cutting path, the
pieces and low productivityi
'difficulty of Droducing high-quality edges in cutting thin
jin working with heavy pieces. These new units, the OPR-4~Lnd
OPR-5~`Iay be used for
icutting alizainum alloys, stainless steel, copper and
copper-baGed alloys. Each of
Ithese installation * Autor cut-
~,~includes a power supply, control unit and torch. ,ated,
dolled Prom a special panel while knobs on the cutter are used for
control!
tin-g-. Each installation includes a PPR-3 semi-automatic unit for
controli
i
ling torch feed from 80 to 3500 mm/min. Tables are given showing
cutting conditions !
ifor aluminum and stainless steel. High-quality edges and high
productivity in cuttingi
ithick metal are achieved by using gas mixtures with a high
concentration of hydrogen. 1
1 Tlle optimum hydrogen concentration should increase with the
thickness of the metal to
lbe cut. Introduction of this type of equipment should give a
yearly savings of about
lilO,000 rubles. Orig. art. has: 3 tables. Ir
SUB CODE: _13/ SUM DATE/ None
Card 1/1 uDc; 621

BEYDER, KU. YE.
"Testing Chucks"
Stanki i Instrument, 10,
no. 8, 1939

BUDER, M.YE.
"AVertical.,Sleeve Threading
~~chinel
Stanki i Instrument, 10, no. 7,
1939, Engineer

\/ AID P - 3957
Subjeot O.-SR/Mis c e 1 lane ous
card 1,/ P Pub. '18 - 2/27
Author
Beyder, P. Ya.
Title
: To e-."Imiriate the disadvantages
in the location of oil

product production and in planning oil
product trans-

portation.
Periodical
: Nef,-,. khoz., v. 33,
#12, 3-7, D 1955
Abstract
The amount of oil products
transported by rail has

increased very considerably in the
last years, which

has brought-about a considerable increase
I:n

costs. The author analyses this situation, . urZe-f*S -i

thorough study of the needs of different industries

in
various parts of the Country for different kinds of

oil
products which often can be brought from closely

located oil
field and refineries, and also brings out

the problem of more
advantageous location for the oil-

refining industries.

Neft. khoz.,
Card 2/2
v. 33,
Pub. 78
/ Institution : None
Submitted
: No date
#12, 3-7,
2/27
AID P - 3557

HEY1M. P.Y&.
"'.; . _',
Some problems in the distribution of oil refineries and
the laying
of pipelizes. Neft.khoz. 35 no.2:47-51 7 '57. (MLRA
10:3)
(Petr6le"-Isfizeries) (Petroleum --Pipelines)

J
AUTHORS:
Sergeyev, A. S. g, Beyder, P. Ya. 65-2-1/12
TITLE:
On the
Future Needs of Crude Petroleum Products in the

National Economy of
the USSR. (0b udovletvorenii

perspektivnoy potrebnosti narodnogo
khozyaystva SS~R

v nefteproduktakh).
PERIODICAL:
Khimiya I
Tekhnologiya Topliv I Masel,1956,Nr.2.pp.1-7.
. -
(USSR).
ABSTRACT:
The figures of consumption of petroleum products in-

creased by 92%
between 1950 - 1955. The sharpest in-

crease was in-the consumption
of diesel oils (3i'~' times

hicher than in 1950). The T3NIITEnejt.
Is carrying

out surveys, and estimating the requirements in crude

petroleum products for 1965. A threefold increase in

consumption is
expected compared to 1955, and a five-

fold increase as compared to
1950 (Table 1). Consider-

abl more will be needed in the eastern
parts of the
K

USS
by 1965 (Table 2). Comparative data on the require-

ments of the
USSR, the U.S.A., and Western Europe are

giveno The processing and
desulphurisation of

diesel oils prepared from sulphur-containing,
cruae oil

will have to be increased. The manufacture of winter
Card
1/2
Frade, and other special types of diesel oil should be

65-2-1/12
-On the Future Needs of Crude Petroleum Products in the
Rational
Economy of the USSR.
started in the eastern part of the USSR. A preliminary
survey of the resources of the lubricants for 1965
show that individual regions of the East and partly
of the Kazakhsk SSR and of the Far East are continuing
to be dependent on lubricants manufactured elsewhere.
Unfavourable conditions also exist in the European parts
of USSR. It is necessary to develop new sorts of anti-
corrosive additives for the reduction of wear of the
engine (especially for high performance ship engines),
Card 2/2 using either non-ferrous or ferrous metals.
ASSOCIATION:TSNIITEneft'.
AVAILABLE: Library of Congress.

SOV/93-58-8-4/15
AUTHOR: Beyder a.
TITLE: The Petroleum Supply of Eastern Siberia (Neft
esnabzheniye Vostochnoy Sibiri).
PERIODICAL: Neftyanoye khozyaystvo, 1958, Nr 8, pp- 12-16
(USSR)
ABSTRACT: The author analyzes the 1959-65 Plan for fuel supply
to Eastern Siberla. The 1958 fuel consumption of this
region will be three times higher than in 1950 and five
times higher than in 1940. The former TsNIITEneft'
estimated that the 1965 fuel consumption of this region
will be 2.6 times higher than in 1958 (Table). The
present petroleum asphalt consumption of Eastern Siberia
amounts to 5 kg/sq. km. while that of the central regions
of the USSR amounts to 616 kg,/Bq. kn. It is estimated
that the 1965 petroleum asphalt consumption of Eastern
Siberia will amount to 52.6 kg/sq. km. It is also es-
timated that the Diesel fuel consumption of this region
Card 1/4

The Petroleum Supply of Eastern Siberian SOV/93-58-8-4/15
will increase from 27.9 percent of the general
petroleum product consumption in 1958 to 31.2 percent in
1965. The 1959-65 Plan for Eastern Siberia takes into
account the above data as well as the possibility of
directing the excess refinery products from Ufa and
Ishimbayevo in the Bashkir ASSR to Siberia, for it has
been ascertained that the petroleum products delivered
by the Ufa-Omsk pipeline to the Urals and the neigh-
boring areas are in excess of the demand. ~The 1959-65
Plan provides for the construction of new refineries in
Krasnoyarskiy kray and in Irkutskaya oblast'. The
refineries will be powered by a TETs operating on
Siberian coal. The refinery in Krasnoyarskiy kray will
sUpply petroleum products to Krasnoyarsk, the regions of
the Yenisey system (Yenisey GES, Norillsk, and Igarka),
and Abakan. The refineries of Irkutskaya oblast' will
supply Irkutskaya oblast' and the installations of the
Angara system. The new refineries Will satisfy 75 per-
cent of the demand of Eastern Siberia. The A-66 and
A-70 automobile gasolines which are being produced in
Card 2/4

The Petroleum Supply of Eastern Siberia
SOV/93-58-8-4/15
large quantities in the Soviet Union will be unsuitable
under Siberian conditions where gasoline of higher octane
is required. The refineries will process crude delivered
by pipeline from the Tatar oilfieds. The 1965 petroleum
product turnover in Eastern Siberia will amount to 14.9
billion t/lon, including the delivery of 12.1 billion t/km
Vo the Far East. Under the new conditions rail trans-
portation will be decreased by 23.5 billion t/km. and the
average haul will be reduced from 2,884 to 254 km. The
author states that the construction of refineries in
Eastern Siberia Is of great importance to the develop-
ment of this region and suggests that oil exploration in
Siberia be intensified so that the new refineries will
not have to depend on deliveries of petroleum from the
Tatarskaya ASSR. Such explorations are already under
way in Western Siberia (the Kolpashevo, Berezovo, and
Khakass regions) and in Eastern Siberia (Krasnoyarsk,
Cheremkhovo, and Katulinskiy regions, and in the
Card 3/4

The Petroleum Supply of Eastern Siberia SOV/93-58-8-4/15
Yakutskaya ASSR). The test wells at Cheremkhovo have
already disclosed the presence of oil. The author con-
cludes that the problem of oil exploration in Siberia
be referred to the Siberian division of the Academy of
Sciences of the USSR, the branches of the scientific
research Institutes, and the councils of the national
economy of the Eastern regions. There is 1 table.
1. Fuels--Consumption 2. Pipelines--Performance 3.
Refineri6s
--Construction 4. Industrial gas--Production
C ard 4/4

RlffDEa, P.Ya.
Consolidation of Siberian petroleum refineries; a
topic for dis-
/' - cussion. Neft.khoz- 38 no.5:11-14 My '60. (MIRA
13:8)
(Siberia-Petroleum refineries)
"I
Ili

BEYDER _Rja" , DZIKOV, I.I.
x -N
Basic problems of the development and distribution of
enterprises
of the petroleum industry of the 'U.S.S.R. Left. khoz. 40
no.4:1-6 AP 162. (MIRA 15:5)
(Petroleum industry)

enterpf, -es.
Neft.l,~oz. 4-11 nc.R;j-5 ,~.F 163. (MIRA 17:10)

,,--BEYDER, p.ya.; VINIOGRADOVA, M.F.; DERGACHEVA, S.N.
Certain problems in the development of
petroleum-pipeline trans-
portation in the stage of pre-project investigations.
Transp. i
khran. nefti no.8:33-36 163, (MIRA 17:3)
1. TSentrallnyy nauchno-issledovatel'skly ekonomicheskiy
institut
Gosplana RSFSR.

BEYDER, P.ya.
Building a petroleum refining industr-.y in the Tatar
A.S.S.R.
Neft. khoz. 43 no.1:8-11 Ja 165. (MIRA 18:3)

Diatr: 493d
V ]meet of th a r"Wtor a dngen d~lion
. k1
.,I, Zfk "'.Ob'M r
_W.Ya, Beld3e.: I 'f Trki~OX V-5
lie effect of (I AiP4
iffercut packings in a I'Lbtilar
o'7,
reactor for the air oxidn. of CjHj to IJCIJO in the pi
of nitric oxide was studied on a lab. scale. Porcelain
beads, cylinders, chips, and quartz of different particle
sizes were used. Max. effect -ovas observed at a bigh
surface-to-vol. ratio. The yield of IICIIO was increased
to 14 vol. %. as compared to 10.8 vol. % In an unpacked
tube; the yield of McOll declined from 0.6 vol. % to 7.2
vol. %. It wits iiecessary at the same tittic to raise the
temp. from 650 to 700*. Impregnatitu, of the packing
material with K211,0, %ad no effect - 0. Koum"4~
MSP

c,-,I-ic'k "ShILV of ti-C of Aoxi-
Olatioll of prop'llio v.-ith -Ift TAtl.lo2:".l ric,
(All-"!~Ion ro I.rol(ur.,-G-n "ci rics
nitrour, lgr
Ir't 10 co-ief~ (,.L, "2-5,0j, 10-l')
I t

BMM, S. Ta.
Studying the oxidation of propane by oxygen from ths air
in the presence of nitric oxide. Trudy VNIIGAZ
no.3'.152-160
158o (min 11: 8)
(Propane) (Oxidation) (Nitric oxide)

5 (4)
AUTHORS:
Anisonyan, A. A., Deyder,-.,,.-Y`a.1, SOVI-16-33-6-4139

Mark.evich, A. M.,-gal' andyan, A. B. (Moscow)
TITLE:
A Study of
the Oxidation and Decomposition Reactions of

Formaldehyde at
High Temperatures
PERIODICAL:
Zhurnal fizicheskoy khimii. 1959,
Vol 33, TTr 6, pp 1695-1700 (USSR)
ABSTRACT-
In order to develop
the technology of a methane oxidation to

formaldehyde (I) it was
necessary to study the stability of (I)

in the reaction gas
(Refs 1-2). Since the corresponding data found

in publications
refer to relatively low temperatures and 3mger oatwt

times, a-ad
thus did not suffice for the desired purposes, special

experiments were carried out in the preseiit case, The
oxidation

and decomposition reactions of (I) were studied within
the

temperature range of 500-8500 at a contact time of 0.3
seconds

and atmospheric pressure, The studies were carried out
in a flow

unit (Pig 1). The (I) concentration in the initial gas
mixtures

was 1 % by volume throughout. The oxidation reaction
was studied

with a mixture air: (1) - 99 : 1 in an empty
reaction vessel as

well as in one filled with packing. It was
found that the

A.
o
idation rate largely depends on the surface properties of the
Card 1/2
walls of the reaction vessel as well as on the S/V
value. Washing

A Study of the Oxidation and Decomposition Reactions of
SOV/76-33-8-4/39
Formaldehyde at High Temperatures
out the reaction vessel with a 2 ~- K B 0 -solution. and
filling
2 4 7
it with packings, resulted in a considerable retardation of
the
oxidation reaction of (I). NO additions (0.1 %) to the
initial
gas mixture greatly accelerates the reaction in the presence
of
oxygen. The decomposition reaction of (I) was studied in
mixtures
CH4 -. (I) - 99 : I in the absence of oxygen, and it was
found
that there is no dependence of the decomposition rate (DR)
upon
the properties sf the surface of the reaction vessel Yrall,
or
the SP; value. NO additions (up to 0.8 %) did not show any
marked
effect upon the (DR) either. There are 71 figures and
6 references., 4 of which are Soviet.
I
SUBMITTED: August 1, 19571
Card 2/2

N,UIIOT, A.Yu.,-,---B=XR S.Ya.
Solubility of n-pentane and n-hexane in vater. Xhim.i
tekh.topl,
i masel 5 no-7:52-55 J1 160. (KU 13:7)
(Pentane) (Hexane)

s/o81/6i/ooq/oo3/bio/o1q
A166/AI29
AMOR: Sukharev,.M. F., Beyder, S. Ya
TITLE% The separation of solidhydrocarbons by the extractive
crystalliza-
tion method. 1.
PERIODICAL: Ref6rativh:yy zhurhal. Khimiya, not 3, 1961 472,
abstract 3M198.
(Tr. Vses. neftegaz. n..-i. in-ta.. 1960, no. 27, 86 - 94)
TEXT, Naturalshor~~Su ceresin (melting point 810C), synthetic
ceresin (melt-
ilzig.point 870C) and narrowifractions of'these ceresins wore
subjected to separa-
tion by complex formatiori'Wilth thiourea. Hydrocarbons (H-1)
which form a complex
with thiourea proved"to have a higher meltIng point and, a
higher molecular weight
than hydrocarbons (H-2)mhich db not enter into complex
formation with thiourea.
tained,
Thus,-from single processing with thiourea the following
substances were ob
from Shor-Su ceresin a 51% mixture of H-1 with a melting point.
of 870C and a mole-
cular weight of 615, and a 49% mixture.of H-2 with a melting
point of 62PC and a
molecular weight of 554; from synthetic ceresin a 61.6% mixture
of H-1 with a
melting point. of 890C and a molecular weight of 581, and a
38.4% mixture of H-2
with a melting point of 560C and a molecular weight of 390.
Chromatographj of the
Card 1/2

.9/081/61/000/003/01-0/019
The separation of solid hydrocarbons by the ... A166/A129
isolated H-1 and H-2 mixtures on silica gel showed that both the
H-I and E-2 mIX.-
tures consisted of methiLne-naphthene hydrocarbons, but the H-2
had a hi&---4r re-
fractive index than H-1. The authors assume that'. with the help
of tbiour-ea, the
hydrocarbons separate adcording to the size of the molecule and
not according to
the molecular structure.
Summary by A. Ravikovich
[Abstracter's note: Complete translation]
Card 2/2

13-EYD':1,., S.Ya.
!M'acL of the ilndi-vir,ual co., o. utrullr -tr.,
Of
of illiti"d w!,--~ p1'00.il;it:ll,ioll. :,oftoi,or. i

BEYDER, T.B.
Determination of moisture in hydrogen chloride.
Zav. lab. "I
no.11:1327 165. (MR A 19: 1)
1. Novomoskovskiy khimicheskiy komb-inat.

Mill JI t ON a ii
A --IAV o 0 0 0 --o
0
00 -a
r
00
-.Tgji.~jj Agirs"A V. S. S. X. 3, No. 1. 157 -40 -00
(194 bip of Pa= cimsemom" OW R. rwfa~pj 17 of
ripen culy OW rw& blo in vitamin C (1) potency (Z.174- .00
an His. %) ibm of R. Mai" rim late and - rch-
poor in 1 11-13,39 Ms. %). In N. cia"wafted go
A :I W13. ra" th!" or I colum Tim = tiu the
1P hips turn mew. tbee I, - shma On the so
00 bips we god a A. "miss the com wim Im - the s so
00 hips tipes. of deb,
an osidaw. ted JU . C4NiX4 *00
::,e bat not aft. tionapow am A. in Ow grvm.to- Ssois
redIftleaccoverth. It i cut. in Samn
we's buffer mim. (pH 6-9T7=.d be wd waiftbifin: I. =00
001, in *me camm; there im a Sain is I and a No is cksic
doting is jm~ cam the em Is true whik
00.3 as
w R. mixion vW In bo& ad&. Hips of A. rapm - Po-
lem"y kapartaw kw a=s. prokiction; a dm* hip -Y 0
001, weigh 3 11. OW o=tA;n 24 mg. I. juiia~
4100
1:00
ft*
l
goo
till
Ilow Man?
as
r

KRYZHANOVSKIY, O.M. [Kryshanovelkyi,,- O.M.11-
BrfDLWLkN. M.N.
Semiconductor depth indicator for multirope mine
hoisting machines.
Sbir. prate' Inst. hir. spravy AN URSR no.6:17-24 160.
OGIIA 13 * 9)
(Hoisting machinery) . (Automatic control)

AKSICRIYANTS, A.. SMIK. A.
[luban.'U-81-an'di of petroleum; a classified
bibliograpbical aid
for libraries] Kuban' - krai nefti; metodichaskie
materisly v
vomoshch' bibliotekam. Krasnodar, Sovetsksia Kuban',
1957. 15 P.
(MIRA 11:10)
1. Krasnodar. Russia. Krasnodarskaya krayevoya
bibliotaks.
(Bibliograpty-Uban-Petroleum)
(Kuban--Petrpleum--Bibliography)

KWHIPORIM, H.N.; VOROSHILOV, P-Kh-; BIVOKOITI, N.B.;
BEYDIN, V.T.
Study of the process taking place at the anode in the
course of
sodium chloride electrolysis. Zhur. prikl. khim. 33
no.8:1818-1828
Ag 66o. (Xectrolysis) (Salt) (MIRA 13:9)

BWDULIN. Sh., rekordsmen SSSR po avtomodellnomu sportu.
A 5 cm~ model of a racing automobile. Za rul. 18
no.7%16-17 JI 160.
(MIRA 13: 10)
(Automobiles--Models)

BXMLLIN, Sh., rekordeman Sovetskogo Soyuza po
avtomodellnomu sportu,
Faster than the nMoskvich.n Tekh.mol. 28 no-10:15 160.
(MIRA 13:10)
(Automobiles--Models)

BFIENIKI.,T, N.
Uroki 4-zyskani,- i proektirovaniia vtorykI, ~Dutei
~Toskva-Don`oass, ZLesscns in
surveyim_- and orojecting second tracks on Moskcva-Donbas
railwaa/. (Transportnoe
stroitel'stvo, 1934, no. 9y p. 16-19).
DLO: IE7.T7
SO: 9) VITET THANSPO-ItTATION AND CO.'E"UNICATICTIS, A
RTBLIOGRAMY, Library of Congress
Reference Department, WasDington, 1952, Unclassified.

134R, A.k.
Plottirq; the legend of a geomorphological map, scale
1:200,000, for
mountain and table-land areas as exemplified by the
western part of
the Tddzba depression In southeastern Tuva.
Vest.Mook.un.Ser.biol.,
Pocbv.i geol.. geog. 13 no.3:205-210 ' 58. (MIRLA
12:1)
1. Kafedra geomorfologii Mookovskago goo.
universiteta.
(Tod2ha region--Geology-Asps)

BEFW,.8A8
1. BEER, A. A.
2. USSR (600)
600
"Research in the Field of the Synthesis of AntDrialarial
Preparations of the Series
8-.Aminoal-k-~-lar-,ino-6-1-!etho.)(yquinolyl'I Zhur. Obshch.
Khim., 9, No. 23, 1939. Lab.
imeni Professor Berkengeyn, In5t. of Fine Chem. Tech.,
Mloscow. ."eceiw7d 221 Juen 1030.
9. 40 Report u-1626, 11 Jan 1952.

001W
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AND PRO11111i INDtl
6.
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0 .0

- - 000 **goo 00-00 0 **goo** *,Do*
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iv as a? a
sc 81PGIG JRLIL it 00% as P. alloul's
jK% 00 ..0 41" COOSItt
4.0 M LIVIII I.O.Lefte "1141ALI "act
Aulaos Mola --- -'- I
0 QA
OOR
go, 00
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.-kill WWAJ,j
all$ U1 41JUJIIJ a4i UILUJ PAWAW" bI 414111191
go. -wipAqN%Voftl~SIP,4PUIttlimilAI*Jkvbul3tlTo
anpp" aqj MqN- 'At U1 too
.p ".)IV 491 1101114411A --U4 L-1 JDJ
60- (y,j.j,jNN,j, p_ *pdtllw aplUqivqlqd Te lo -j%jw Ajub,) so*
I'll""Vim Aq (94 '1 Vr',)) 441-11911 Puw ftl P Pt"I'Al"
ato Aq flasaalla Is-mi q av"%Aj- 441 wituo AAwtujid pi
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-Pais lopm ev Iq MMIJ I&MMIF alp )0 A"n 00
ago
Oyied ~- -14.. is 1---- 00
It -1 E 1 1

;a 0 0
DITTO
41 4 F a 9 No It IS u m it 16 0 lop till ajobAs UD 3da low
Molew a #J41 afo-rsr
M,9IF c No I L L L-i I loop q A -1

4141A
0014111141111116111111111061110 00 OW0111mic add. N, A.
V.run-
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:-0o
.
00
and N. A. Precibreshen4bil. J. .4ppjwj
1.41
0

I . . . It.) No X*-10(190) (French summary).

00
G Swiftel expU.
on the oxidation

vi nivatim to akmitimic wid; the best
coaditions are shown

00

hchm. Nkvtbw (3 g,) In 23 m 27% IiNc% was add,,d

Go

it *Pwtp to M cc. 27% )IN01 at gal, iiiher funbec heating
9111'
f
3 h
h
l
-*a

00
or
n. at
e so
o. vm cawd.. ofttratiml. acidifird
. t
t
Co
l
with HC1
lll'U
t
i
h N
"0e

*0 AP
o
rimilleo
w
t
op
soo
o. tvapd. tv~
.
di, MM the ic acid cxtd. with bnaiwg Suolt.
M"
Ykld 70%
M
NiMine (b
) in 20 cc
watcr

a of
.
.
.
was
.
g-
4owly added to 90 g
KMm0
in 8D cc
water at 70'
the

oo
a*
.
.
4
.
ool"-Wam I 't*30* tberWoldmKMo%(
-
"
=00

6

toy f m ) was L;k
4 im solid limit, and the
was
"
"
!l

O 0

'
a FAI 41
bftt
weld roloclommi ather filtrutitm. the fools.
i

r-0 0
0
t
on as abu" gave #A)% micatink- acid. Uscj moo, In a

0
MAN solim. of nketim at lm-6. 5% yield.
Isvr a ",

%*

(
Kosoispoff

Ot

*0

goo
C tuui.

t:q 0
be*
a. S L A SAVALLUMCAL U711RATUM CLASSWICATOM

age
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we 0
1010111 How 0.v C)"
0,085 -j

Mil OK ONT M

tool
Tv -1 9-.-. As hd0 04 1 1 a a a 3 4
I 1 11 1 1 ; a, It
a *a "ev : on 10 Do ,a ON %a : a 0 0 a a 0
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941 IP u m a h. P is P V
A -L-1 G A a It IF Q A I J 4 T-1-A-i I AA 0111'" Up.114AL I, A
L- -1 j I 'L~ 4 6 .-IL-1 A
4
00
tb* Fill), virldrd 4-meth W-J-, drip ~.dirre. 1,. 1l1$ Z- 11 34
rak. tit. 145-7' 1 from It tillfi). Tht~(10bydr`u- -0
00.1 J. 1 13, 144i -I riettated Over N catmlv~t in .&let at mqu
truip.trirld'd .0
-4-1111c1hyllucolinic acul if) -(/-Avdre I /
-intuary). 4-mrilryk? rl 14W 11%,u Ills,
so and ill a. 1 .1 . fill,. th wix-ci,
-bly d"'d- SOC11 "flu" 1" 1 hr 1M. 131-3' liltillll~ III Mill
L~j in 1A
00 %whIM 44ps, Al.-ormplAvInk eirm, sr,td. in. 1111 - (Its4it
cv. Iscrurenr lurstled %lilt '.'A it A,,O, located an a .11ram
'00
4: imth 1,* 2 hm, I.,l J rise .4,-t -i-ed ..4 tirpka-4
00 '00
-0.m.2'A 14'. Ill 2.Nv. StM, their%&. 1.1 tih "a
00 41 g I uls st-e-4ing. aml. mIt" mandiog for I day. lo.-v 15
min. with I it. Ae.t 1. after which the ums- %as 41tst.l 00
I Ill.. li-oll .... 1 11.4 11, IWO e,r Idt"eti "ll. I I-,
I-wl.lm 3 (10 X. 4 1,
00 1.1ttair trucird'. a ... I the le.1.1,1v vuld .1th twurvor.
I Is- lim-7,", which has a buto;ug ta-l~ and ltolu-10 pin-1h,
'00
09 ,t-- tti-CIdesiv. (0.45%.) .1"t, is,- Imspettle.. It. P..
1.0" m, 11.1 Is' it"- 1,10J1;
00 lie 11~rsjr"v vistu. -61- t0.5 S.) - I.-ud it. I~ 4
'el,trole'l CTT,1111. it ill. 13,1 V, at hsh i-ua thrre I. no
~00
(decinulat ). dei . I
mrimmon n Wart rn.p. with the piciate of the inittal
I
goo lo Mlec. of CII,N. will. in RtjO (from Sce. itteNINW-
carbigmg). Ill (0.9 Xj_% X. fuming 1111r. and 0.2 S. red I.
Cf I.Et) at -:b,)* there was added I g. 11 suspended in dry
heated in a scaled tube to ]'-Ill* for 8 lim. cot". dild.
69a I- is('; after 12 firs. at 11'. when gas evolution had
subuitIM, vvith war". filtrrvd. and the filftate inade &1k.
with K.C".
00, rise ... tiLt. ust, filterml still and the ressidur vigil
with %trong tottlinjig still rxitl, Atilt I;tO, virldvtJ
4-wftk)j- goo
.ult Itot ;.it. -ther is. Vivid o.05 It.
dialtlaiethV1.1-pyruil. 3.4 au a VI-41, yeilow liquid (Ps, - 00
Go,, k,h-, It 71 3*. p.-ale, lit. I 11 1?4* it ... its OCII
CCI. atr. in. 1:47 -'r."'), %hWh, .111 It4l"I'llig.
1191111141m.4
I fA I 1y ylvIds tilt jl~l F,ler, 14 ItIll 3,.iat warillull
"ithdr). itwll into a yellow .41d, ulmd. lit all ills
mlolvints. tit 109
I-Al 0;1'its the prewnce of llFA)o; pirate, in. 137- 8' (from
the same compn. The liquid lirtnuitir (0.15 g.) in a1c. '400
iitow, andanequiniol.atut ifmlc.NiOl'hwerrlitmttilonattmus
"'ill dfV FlON't (ouSlWeifird all-rd to 1,4111 ('W 4"s loill.;
atirs, tilt tutum stud vapu .,I the filtrate, 49(
I'" I-' 1u. . 11-1-1 It, 141' It's S Ili bildit'li -I uh ill,
mIV 1-61,1, d 4 .1 (1
1, 1 441(irl, 0%4.1 ulih 1,1.4 1 1'. tulled'Allt . ties f., .4,
"Al%vil"I i.Ot- tit, p. 14.4 4* 1 limu 0.1 0. 1 x9e
it 11 1 Wl, licisictl .if a isiat. i I-Al It f,4 7 lit
2, Alk. ith K,Cth. ~mtd. wul, NaCl, a I - t -Y. w, 11, :-00
-.04.1
v- I- r*-;---.-i-
U s AT 00 0 1 it 04 2 L13 0
it 110 of a a 14 a W tt 1`1
0 Mi 0 0 0 0:0 9 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
0 0 0 0 a 0 0 0 0 0 Ili!

A A .4 AA -6
14,
09
06
*0
00
.,1 --- 5-1 -111 P III I ~"V. It III- A' Pa. Ank Cut 9,
I.p
W-00 i~-o 0 0 o -90 o o 0-0--0-fro-
1., 11, US I 1., 0, 1., 1kI P. I.' I.,
11, .1. , - go
so
Syf'thtb filid)" in the 4 MethY111141111finic acid
i

tr
e9
A - A. 11mrand N, A.

~"'% ful
In

,

11011 hiatrtl fit 0 ~411"t fill. At Ilkik G"
111 1.-
il

-
l
K
a-' -41 , 1'. 144 s "v;

111 1?(7 IlOwdreautim Pi III

Until). fm
it hm Ahl., mli k .JId-C'ILNC(M-'I all -til
-

Q11,1 fIll"(1
iral III,

oil hOrm'11'All, "I. fill,

3 1-11-1. I
l

'
10 -, "'", I'llifflet 1%tillal- 111, PVT "I'll'
"
ago
1111j;

COO
A

woo

l
-
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k
I

a

U III, At go it.

m

*a move!*
W-W -w -W -0 41- 0 -4-1-4 a 0 0 0 0 eiago
a 4 1 6 1 a I IQ it il il ky IS a id a 'j. A, ales 309111311241
62AIMISico
AA c ft I r C it -L-A- 1- A
It? A-0 hl P~Njlillll -0 C"J.I
of
09
,a
it
go Aaftyrold w6wily at 4.mthyj-X.tkjOur,,CU. %.A. N,.
Katak. and A. H. Ralikina s,.,,
00 ulliv.). 44.10-711`0, Ifit'l. Alrd. 21, 37-4i)(liMily
0 No illivialitles were
q ob*ctvvtl when 4-methyl-2-thiouravil 0
vras administered to rots io dosage un,itr 0) mg. ,r Ijy.
00 The tffmts at Prolonp4l Irrainxiij iticlitictl %I,pwilig if
growtbandoiheartacti., ch&rhc1,,,j%t,cjhyfxj,,",fm,,y
crits twunm rNidrut. ImplAillaktikill 4~ 111v X1,11j.
.19
Stich tfvatuwut. luto tadjeolm Wictl to induct, melalmor.
%)ho&6 in the latter. =00
000,
00a ECOO
Oou
-00
see
coo
see
XOO
77i
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woo
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u It AV so It LA A A t a hd 0 0 It I Ar so 2 43 a :1 9 v KX
ON It It ", IN, 01 KW 1 94
A 81
0 00 a 0 0 1 1 0 00 0 0 0 0 41 * 1@ 0 4 0 * 0 9 0 0 0 0 0 0 0 0
e 0 0 0 0 0 0
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0 a 0 0 0 0014 *0 0 se 00 : 0 0 0 0 0 0 40 0 0 41 0 4 0 0 0 0-0
0 0 9 0 0 0 0 0 0 a 0 0 0 0 0

Igo
00
eg
Ide
sea
00
a
1
L"X-~
captsi
PROCEIM Wv
Derivadvos of thjou~rac-
il.
NO, Aug. 31. 1947.
ThiOUMJ
deuved in UK- 4bwnce of sulvellt%
kles as midenwttim agrutI
--Moba 411 (Pol cat
R V -1
U AV 10 " ; I T
AS 0 It it
0 0 0 0 0 0 0 0 0 0 0 0 4
4010
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0
~ m - - .
Is '11 T-T T T-F-10 -I. ic -.1 -4- -R a t
UJI-M
a a; , , , , -, !- -- 4 --A
0
-00
A. A. tktt, U.S.S.R,
--'V
a(k JZ~jLICttates are C.n.
will, llry jluls hytjlul~
N1 I 1'~-h '00
Igo
00
:00
=00
00
roe
-90
400
!'so
U*o
we*
m 0-1 111
400
an I I a 0 4 a 'I Ar ad 3 all a I I v JOVI
14
0 a 0 o o 0 0 0 * 0 0 0 0 0,
1 0 0 0 0 0 0 0 : *I
a

Fsw~/Chmistry - Alk&Ui&o Aug 49
Colchicine
Chmical Study of Colchicum Spediosum
Stev.,*
A. A. 10*, Sh. A. Karapetyan, A. 1.
Irblesnik-ov,
D. P. Sne irev, "Khinki" Con Sci Res
Forestry-Ohen
Inst, 1 3~4 PP
'Dok At Nauk SSSR" Vol IXVII, No -5
Study of these plants vith respect to their
alkaloids reewlted, in development of a
method
for extracting and purifying colchicine,
preparing
an armatic oxy-acid, and for-dbta-1-ding a
Ocolchicerineo derivative. The tubers of
the
plants, because of their relatively low
661"19
/CheaLietz-y - Alkaloids Aug 49 -
(Contd)
reain-forming nature and because they
conta4n the
j;reatest percentage of alkaloids
(0.41-1.6%),
are wst useful. May contain 15-30% of dry
wAtarial. Gives. quantitative analysis.
Lists
percentage alkaloid contents in the other
parts
of the plants. Subsittea 7 Jun 49.
66/49T19