SCIENTIFIC ABSTRACT KONDRATYEV, V.N. - KONDRATYEV, YU. I.

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• Collection: Scientific Abstracts
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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


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F, fi-F
ROGMsv3ffGl L.N.; LIMITS, I.K.; ISYKIN, G.A.; KMRAT'Yzv, TOG
110bel prize* for 1954 in the fields of physics and chemistryo
Pr1roda 44 no.12:37-41 D 155. (MIRA 9:1)
i.Chion-karrespondent Al USSR (for Lifshits)
(Wobel Orissa) (Physicists) (Chemists)

'10FRAT2 r 11.11kolayevich, akademik; XIPNIS,S.Te., redaktor;
AIE S
ithnicheakly rodaktor
[Scientific results of the International Conference on the
Peaceful Use of Atomic Inergy. Genova, August 8-20. 1955.1
NnadWo Itogl Keshftnarodnol konforentall po airnsen 1spc'-
savanliu atomnal onerg1l; Zbeneys. 8-20 wgusta 1955 g. Kookwe
Izd-vo QZnanie,6 1956. 31 p.(Vaesolusnoo obsbehestvo po raspro-
stranenilu politichook1kh I nauchaykh xnanti. Ser.3, no.4)
(Atomic energy research) (KM 9:2)

KMRATIYNVI T.Ne
- 41-,
Survey on the history of the develelment of chwical reaction
kinetics. Vop.lit.eet.l tekh. no.2e)-4 156. (MM 10:1)
(Chemical reactiow, Rate of)

1-~ -=. ---l - 1-- _--_ - - .. . I -- ~ - - - -- I I ~- - - -
m
I------- 1---'..

IONDHATIYEV, V.N.. akademik.
A '.
Methods of developing the theory of a chemical prowess (homogeneous
reaction). Vest.AN SSM 26 no.5:9-21 My '56. Omm 9: 8)
(Chemical reactions)

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AUTHOR: Kondratlyev, V. N. (Moscow) 74-11-5/7
-------------
TITLE: The Development.of. Chemical Physics in #he USSR Since
40 Tears (Razyitiye khimicheekoy fiziki Y SSSR za 40 let).
PERIODICAL: Uspekhi Kkimii,.1957, Vol. 26# Ir 11, pp. 1310-1319 (USSR)
ABSTRACT: Towards the end of the years about 1920, a new science
developed - something between chemistry and physics - the
J;ocalle+hemioal physics. The electron theory and the
quantum theory appeared as theoretical basis of this science.
The investigations of SemyiW6- and his students enjoyed
to.lay the foundations of.this young Soviet science. The
investigations referred to*the field of chain reactions.
According to Semyenov each inflammation sets always in when
the probability of an increase of the active molecules, or
of tke branching of the chain, prevails over the probability
of t 'he destruction of the active molecules with respect to
their deactivity. Neyman and Kovallskiy elaborated thic
theory and completed it. The rules governing the chain theory,
from the chemical point of view, were explained by
Kondraeyev. and his students, on the strength of methods
Card 1/2 which permitted.to study the atoms and radicals in course of
AUTHM XaGWtYZV'V.N. PA - 262D
TIMM UelebUtions on the Occasion of the Awarding of the Nobel Prize in 1956.
,(Na torxhyestvaknh hohyennykj bruchyerdyu Nobelevskikh pryemiy
oavy"
.
1956 Soda, Russianf
PMODICAL: Vestnik Akadsmii Nauk SSSR, 1957s, Vol 27, Hr 3, pp 90-9)+ (U.S.S.R.)
Receiveds 5 / 1957 Revlewed2 7 / 1957
ABSTRACT: The awarding of~ the Nobel Prize to the Soviet scientist N.N.313MOV
is described as a "Day of Honor for Soviet Solence". The article
gives a short surv*y of the history of the Nobel Prize and enumerates
all those to whom the Nobel prize has hitherto been awarded. Two now
nAMS were added to this honorable list in 1956: X.N.SrOUMOV and
S-N-HINSHEXAM, who were jointly awarded the Nobel Prize for research
work ilk the field of chmical reaction mechanism.
The article tell$ of the aottvitiem of X.N.SIMMOV and also wntions
the achievements of the president of the British Royal Society, Sir SJ.
HERS191LOM. The fact Is stressed that the two scientists have much
An common with respect to their ideas and methods, and that they have
been friends for zany years. They keep up zvgul&r oo=egp=denae on
OaisAtiftc Mtt6rM and not in 1945 when HIMMMMM took part in the
celebrations M the occasion of the 220 year0a jubilee of the Academy
Of Science of the USSR in Moscow, and they also met &t Stockholm when
the Nobel P#ze was awarded to them jointly. This fact in appreciated
Card 1/2

-KONDRATYEV, V. N.
(Institute of Chemical Physics, USSR Academy of Sciences, Moscow)
"Reactions of Some Radicals and Their Concentration in Flames."
paper submitted at The Seventh Intl. Symposium on Combustion - London and
Oxford., England, 28 Aug - 3 Sep '58.
C - 3,80q830 , 25 July 1958.

VINOGRADOV. A.P., aliademik, *red. --]t AT11W. V.W., akademik, red.:
A.'red.; BAKF,- ;A;-~'-db or khim. nauk, red.;
ALIMARIff,
NIKOlA7AV,A.lv., red.; N119RASOVA, G.AO-, kand. khim. nauk, red.
MAEM, lej., tekhn.' red,
[Isotopes and radiation in ohemiutr7; papers at a confereno'el
Izotopy i ftluchenlia v khimil; tiudy konferentsii. No IWma,
Izd-vo Akad. muk SSSR, 1958. 380 Ps' (MM 110)
1e Teasoyustaya nawhno-tekhnichookaya konferentsiya po primuentyu
radioaktivVkh i sta~,illufth*izotop v i isluchauiy v narodnom kho-
zyaystva i nauke. 2d, Mmeow, 1957..?Z. .Chlon-korrespondent Akademil
nauk SSSR (for Alimrin)...-. ,
(Isotopes) (Radiation)

VINOGRADOV, A.P.p akademik, otv. red.j,K0ND1V1T-1YEV, V.N..,
akademik,, red.; ALIMARRIJ, I.P., red.; BAKH, It. A., dokUr
kh1m. nauk, red.; NEKRASOVA, G.A., kand. khim. naukp red.
(Isotopes and radiation in chemistry; transactions] Izo-
topy i izlucheniia v khimii,- trudy. Moskva:. Izd-vo AN
SSSR, 1958. 380 p. (MIRA 18:6)
1. Vsesoyuznaya nauchno-tekhnicheakaya konferentsiya po
primenenlya radioaktivnykh i stabiltnykh izo-topov i lzlu-
cheniy v narodnom khonraystve I nauke. 2d, Moscow, 1957.
2. Chlen-korrespondent AN SSSR (for A-lirrarin).
cnemical reac
Card lA8
Kinetics of Chemical-Olie-
one in an e
partly radiochemical reactions. Particular attention is given
to the photochemical and electric activation of molecules.
General information pertaining to kinetics, thermodynamics. and
the theory of combustion is also included in the text.
Chapter 3, and individual parts of the Chapters 4, 5, 6, and 8,
were written by N.D. Sokolov.' The author thanks v.V. Voyevodskiy,
A.B. Nalbandyan, Yu.S. Sayasov, A.S. Sokolik, and V.L. Taltroze
for reviewing individual chapters of this monograph. V.D.
Grammatchikov and Ye.I. Kondratlyev aqsisted in preparing the
book for publication. There are 204 figures, 62 tables, and
1334 references, 310 of which are Soviet and 1024 English,
German, and French.
TABIE OF CONTENTS:
Preface 3
Ch. I. General Kinetic Regularities of Cbmt-ical Reactions 5
1. Rate of reaction. Kinetic types of simplO
reactions 5
Rate of reaction 5
Kinetic types of simple reactions 8
Card 2/18

KONWATILT, V.
Kinetics of chemical reactions. p. 193.
Academia Republicii. Populare Romine. STUDII SI CBWETARI DE CHIMIE.
Bucuresti,, Rumania. Vol 6, no. 2, 1956.
Monthly list of East European Accessions (&AI) Vol. d, no. 7, July 1959
Undi

HJUANDTAN, Aram Bagratovich;1 I I =Wynt, 1&o-1a' y Sergeyevichl
lk nkRdemik, oty.redo; VTA23KTSIW, T.N., red,
Iza-i'va; UUUNWA, A,r,, GGMMred,
(Formaldehyde, a basic
Formalldegid - material
nauk SSSR, 1959. 68 p.
(Formaldehyde)
material In the
dlia plastmass.
(Plastics)
manufacture of plAstical
Koskva. Izd-vo Akad.
(KIRA 12:11)
PHASE I BOOK EXPLOITATION SOV/4211
Kondratlyev, Viktor Nikolayevich
___ ----------
Struktura atomov I molekul (The Structure of Atoms and Mole-
culea). 2nd ed., rev. Moscow, Fizmatgiz, 1959. 524 p..
Errata slip Inserted. 15,000 copies printed.
Ed.: V. I. Rydnik; Tech. Ed.: S. S. Gavrilov.
PiMPOSE: This book is addressed to students following courses
in physics and chemistry at the university level.
COVERAGE: The book in based on lectures for the course "The
Structure of Atoms and Molecules" given by the author.at
the Fiziko- mekhanicheekly fakul.1tet (Division of Physics
and Mechanics) of the Leningradskiy politekhnicheskiy
institut (Leningrad Polytechnic Institute) over s, period of
many years-. The author deals with theoretical and experi-
mental aspects of electrons, the atomic nucleus, atomic
structure and molecular structure. No personalities are
mentioned. There is a bibliography of references, mostly
Soviet, at the end of each chapter.
Card-1/13,
Q

FWM I WOK UPWITATION 807/5597
Kondratlyev., Viktor Nikolayevicho ~cademi.clan
Svobodnyye radikaly - aktivn"a form veshebeatva (Pree Radicals, the Active pbra
of Substance) Moscow, 1zd-VO AN SM.- 1960. 54 p. Errata printed on the
inside of back cover. 20,,000 copies printed.
Spongoring Agener Akademlya-zaink.SM,
Ed. of Pablishing Rowe: T.G. Levi; Tech. Ed,: I.F. Kovallskaya.
PWPOSE: This book Is Intended for the general reader.
COMUM: The booklet reviews the historys, properties,, and methods of prw=Ing
and investigating free radic&24 and discuses sow reactions involving free
radicals, e.g.y polymerizatioup 4xidationp combustion, etc. Special attention
is giTen to the behavior of free radicals in solids and in cosmic space. No
personalitien are mentioned. There are no references,
Gai**ft-

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4 81;m
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uo I I Ni. I N-;
~rgj~jinga I I.,
oil
w Ali

NEYMAN, Moisey Borisovich; KOI I
NpR&=4-Y-N-4-pJMd. y otv. red.; MAUS,
Ye.M., red.izd-va; lOLENOVAp T.P., tekhn. red.
[Atomic energy and its utilization] Atomnaia energiia i ee primenenie.
Mosk7a, Izd-vo Akad.nauk SSSR, 1961. 142 p. (MIRA 14:12)
(Atomic energy)

S/195/61 /ow-, /ool/i
1"030/k,589
AUTHORS~ Kondratlyev. V.N. anti 11tichkin ('I~
TITLE Reaction of carbon monoxide with ozonated oxy~ii-rw ;n h-
gas phase,
PPA110DICAL Kinetika i kntaliz, v.2, no.4., .101,
TVXT: 11revious works ort the forination of c.ji-bon dii-111, i)%
oxidation of carbon monoxide in the preczericck of o/nno, hiii,-
assumed a reaction of the formt
CO - 0 3 = CO 2' -V; 0."
but the results have never been in satisfactory agrtbemetit with
experiment, The present work comorises more accurato
measuring the relative luminescence in the ISUO-i9oti I rang'P.
from 100-2500C, The ozone was measured iodoint-trically, iiiisA 'fir
cirbon dioxide by a.0,01. N Ha(OH) 2 solution; by carrving, out t1it,
ozone determination prior to the carbon dioxide determinot iz~in till-
errors in the previous works %vere minimized, A conv(tnt,ion.-l
apparattis was used, with equimolar mixtures of carbon dio,xtm- ~Aiikj
ozonated oxygen containing 3.26;0' ozone initi-al)y- Cho x-e-fi It
card 1/5

Reaction of carbon monoxide with ... S/195/61/002/004/003/008
E030/E585
J.Amer.Chem.Soc., 76, 1523t 1954; Ref-31 S.W.Benson, A.E.Axworthy,
J.Chem.11hys., 26, 1718, 1957-
ASSOCIATTON1 -Institut khimicheskoy fiziki AN SSSH
(Institute of Chemical Phyiics, AS USSIO
SUBMITTEDt June 2j 1961
Fig.2
Card 3/3
Z
Fig.3
F,

KONDRATIYEV,---Vl-hl..-,- akademik
. Elementary chemical processes. Priroda 51 no.4%42-47 Ap 162.
(MM 15:4)
(Chemistryt physical and theoretical)

V Al -
KONDR4urEVI V. No
"On the Mechanism of Vibrational Energy Relaxation
presented at the Solvay Conference on' the Transfer of
Engrgy in Gases in Brassels,, Belgium; 5-10 Nov 162
Acad. Sci*, USSR, Moscow

VEDENEYEV, Vladimir Ivanovich; GURVICH, Lev Veniaminovich;,&QARBAT'YEVj
Viktor Hikolayevigh. akademik; MEDVEDEV, Vadim Andreyevich;
FRAPKEVICH, Yevgeniy Leonidovich; DRAGUNOV, E.S., red.; RYLINAp
Yu.V., tekhn. red.
(Energies of chemical bond breaking. Ionization potentials 4ud
electron affinity]Energii razryva khimichaskikh sviazei. Poten-
tsialy ionizataii i aredstvo k elektronu; spravochnik. [By]V.I.
Vedeneyev i dr. Moskva, 1zd-vo Akad. nauk SSSR, 1962. 215 p.
(MIRA 16:2)
(Chemical bonds) (Ionization) (Chemical affinity)

KON MITIYEVI V.N., akademik
Rate constants of the thexual excitation Of Bodi'm in
sodium vapor mixtures with argon and nitrogen. Dokl. AN SSSR
153 no. 5: nO8-LUO D 163. (KRA 17: 1)
V0,L
WWXWR;7 -K

NIKITIV, Yevgeniy Yevgenlyevieb K011DRATIM
-,V,V.pakademikyotv.red.;
LModeri~ Ee thermal disintegration and
izomerization of molecules in the gaseous phase] Sov-
remennye teorii temicheskogo raspada i izor.erizatsii
molekul v gazovoi faze. IJoskva, Izd-vo "Nauka," 1964.
104 P. (MIR-h 17:8)

KONDRATIYEVI V. N-
"Determination of the rate constant for thermal cracking of methane by means of
adiabatic compression and expansion.?
report submitted to 10th Intl Symp on Combustion, Cambridge, UKj, 17-21 Aug 64.

ACCESSION NR: AP4oioo49 S/0062/64/000/001/03.66/0168
AUTHOR: Kondratlyev, V. N.
TITLE: The importance of diffusion control in jet kinetics
SOURCE: AN SSSR. Izvestiyas Ser. khim., no. 1, 1964, 166-168
TOPIC TAGS: hydrogen atoms, oxygen atoms, atom diffusion, diffusion
constant, continuity equation, linear destruction, atom destruction,
jet kinetics, potassium chloride, carbon monoxide
ABSTRACT: Voyevodskiy and Kondratlyev (Progress in Reaction Kinetics,
p. 41, Pergamon Press, 1961) showed that failure to consider the dif-
fusion factor in determining the speed constant of elementary chemical
processes by the jet method of investigation may lead to considerable
errors. It can be shown that substantial errors may also result from
disregarding the diffusion of oxygen atoms in similar experiments with
oxygen. According to the tests discussed it, (3) (L. I. Avramenko and
R, V. Kolesnikova, Journal of Chem. Phys* 31, 1196, 1959), the linear
d;struction of the oxygen atoms is dete;Lned by their adsorption on
Card 1/2

ACCESSION.NR'. Ap4olooO
the reactor walls and the following reaction: 0 + 0 + 0
The probable formula for the speed constant of that ;eaction,
basis of Kaufman's figures (.Progress in Reaction Kinetics, p.
gatnon Press, 1961), is
kp - 1-17410 -34e cm6 0 molee -2 , see-',
2.68 - 10-34 em6 . molec-2
,ahere see corresponds to a tem-
peratU4 -of 428 K. The experimental data produced by Avramenko and
Molesnikova made it possible to determine the coefficient of oxygen
atom adsorption on a glass surface covered with potassium chloride.
Ori.S. art. has: 7 formulas.
ASSOCIATION: Institut kh:Lmicheskov fiziki Akademil. Nauk- SSSR (Insti-
tute of physical chemistry* Acadery of Saonopsq=)
.DATE ACQ: 14Feb64 ENCL: 00
SUBMITTED: 28,Tun63
SUB CODE: EL, CH NO REF SOV: 002 OTHER: OOT
C.urd, 2/2

ID!
retal and bimtal
(MURA l8s4)

RITL7AROVA, Ye.l., KOINI)PITIYEV, MI.; ITUKI!GY-.'I, ll!.Z.
Chemical relaxation in burnt, gag. Kin. i knt. 5 no-4:585-91
jl-Ag 164. (MITUI 17: 11)
1. Institut Irldmicheskoy fiziki AN SF'11.

KONDRATYEV, VA. (Kondratlyev, VAJ
Modern tanks in the kinetics of ga3 reactions. Kam tild
koall MTA 22 no.1-1-14 164.
1. MemberAcademy of Scienc~3 of the U.S.S.R.

KONDRATYEV, V..N. [Kondratlyev, V.N.), akademik-us
Thermal-formation of active centers in the radical oxidation
reactions of organic substances. Kem tud.kozl MTA 22 no.2:
183-197 164.
1. Academy of S2iences of the U.S.S.R.

ACCESSION NR: S/0020/64/154/005/1142/1144
AUTHORS: Balakhnino V.P.; Gershenzon, Yu. M.; Kondratlyevi V.N.
(Academician); Nalbandyani A.B.
TITLE: Discovering a free hydroxyl in a rarefied hydrogen flame
by the electron paramagnetic resonance method
SOURCE: AN SSSR. Doklady*, v. 154, no. 5, 1964, 1142-1144
TOPIC TAGS: hydrogen flame., rarefied flame, microwave spectrum,
bydroxyl, free bydroxyl, dipole, dipole transition, bydroxyl absorp-,
tion, resonator, linear velocity, OH spectrum, OH absorption, atomic!.
oxygen, molecular oxygen
ABSTRACT: Studies made by Dousmanis, Radford and other researchers
revealed that the micrLwave spectrum of CH absorption is dependent
on electric dipole transitions, the intensity of which Is consider-
ably greater than that of the ordinary electron paramagnetic reson-
ance lines brought about by the magnetic dipole transitions. It
Card 1/3

ACCESSION NR: AP016511
follows that when the pressure in the flame of Ha with 02 is low, It;
ion of a
is possible to detect. the signals of paramagnetic absom.-C
free hydroxyl; the discovery of OH is possible only when the parti
ales are placed in the loop of an ultra-higb frequency electric
field. Me reactor made for investigation purposes (from quartz)
was designed in such a way that the absorbing cell filled the entire-
resonator and this made it possible to observe the spectrum deter-
mined by the electric and magnetic dipole transitions. It was found
-that the OH sign gradually rises with the increasing ccntent and
H2
reaches a maximum when the latter amounts to 60%, while theH sign
shows a sharper increase and reaches its max-imum, value at 70% R2.
No signal of atomic oxygen was observed in our experiment as it was
completely suppressed by the signal of molecular o,-,ygen, the ampli-
tude of which at a low temperature of the absorbing cells is consid-.
erably greater than the 0 signal. However, the 0 concentrations
previousl observed in H,-poor'mixtures have been considerably
greater (90-80 times) them the concentrations of atomic' hydrogen.
Cord 2/3

~ACCESSION NR: AP4ol2972 S/0020/64/154/004/0883/0885
AUTHORS: Balakhnin, V Gershenzon, Yu. M.; Kondratlyev, V.N.
(Academioianj!,'Nalbandyan., A.B.
TITLE: Measuring the concentrations of atomic' oxygen and hydrogen
in a rarefied hydrogen flame by the method of electron par&-
magnetic
SOURCE: AN SSSR. Doklady*,. v. 154,, n'O' . 4 ~, 1_964s 883-885
TOPIC TAGS: elementary reaction, successive reaction, stoichio-
metry, stoichlometric mixture, resonator, atom concentration,
atomic oxygen, atomic hydrogen, rarefied flame, magnetic moment
ABSTRACT: This project relates to the finding of atomic oxygen and
the measurements of the conoentration of 0 and H atoms in a rarefied!
hydrogen flame by the spectra of the electron paramagnetic resonance.;----
The jet-type reactor used in the experiment was placed inside the
C,resonator which made it possible to determine the 0 and H atom con-
centrations in the combustion area. The project began witb a study
Card

/d' -C
T 'r kt
~~/AT
A~---_-ESSION NR: AP5010839 UR/0020/65/161/004/0886/08P
B, T. Foge j Y -i. M. ; rarggf2r,
V. 1, ;N d
Shvachko._ __a
The ..Lse of seconder-I ion emission for inve5tigation of r (2si
m -the, 6xirfk'ce~, 0
SOURCE: AN SSSR. Doklady, v. 161, no. 4, 1965, 886-888/ /
~S: sec-mlary emission, steel surfac_e :)x.,*-~_-3-ion, iri~;n pen'-3carbonvl,
'-y,~roxide drgon. cia -ecito, 6tuei_ corrosinn
L)
tn -x,,-aen (1 101-4 nn HO, car T-14d out with the aid of secondary ionic emSssion.
ion emission wis a nin t'i' rjl n9
'Aln, "1l, f-r' 1'41AM wall
-!,.e var"cus
r a t ec
rip a~,_ g i v~_, The f a Y-r. a ton
_sus the temperatur-e- of the ateei s,
Card 1/3

4618-3-65,
ACCESSION TIR:
APSOI0839
~he steel surface is due to Dxl/gpn 'rl thc, a:3. ~inw-
';r"~SIVT~_5 higher than 2,11'~~_5
Is 1 n t
I Lon be._7m, and
5000
-__Lmz in `j!~A
Itior-to the 4~~Cim_ I, of wate-
r- Vapol'i coat g the w,
e
Th' S7,rfaCe 'th Fe(CO)5
aCreases monotonically above 2000. A defini-e z-.ar- :.I ~-e rma
Card 2/3

rv
OTHER 000
MIN
Carci
OMER
-~~ao p
A-M

KHARITONP Yu.B.; XQQA 'Y,_.)(A.; BOROVIK-P')MANOV, A.S.; ZAVARITSKIY,
. _T14
N.V.; MALKOV, M.P.; KHAYKIN, M.S.; SHARVIN, Yu.V.
Aleksandr losifovich Shallnikov; on his 60th birthday. Uspi
fiz. nauk 87 no.ltl7l-172 S 165. (MIRA 18:9)

C )lr ~R/i:
ACC988ION MR; A-p5 010169
Din Y B ; Kondrat'y v, V. UR/0020/65/'61/002/0192/0394
e
f--,).e-qlcIu[latton of activation energy on the bj~aj, of the
7drocarbon reactions tv
A-11 SSS.R_
7 ~-S.
activation energy, saturated molecule, additi.ity
-Y hydrucarbon reaction 7rinciple, bondin
A BC~ r:,,~A C-1 : The
a'Z:!LLVe q, Potential energy of an activated
Cons'sticg of the bonding cc'UPI" may be regarded -Ij j ~-j
be energies or
Of numerou, "Xperimental on 'h'an,
'd to the reactiDo
culale the activation 3 of gatUratpd
er:ergi., of
of activation energy, previ th e corrps;-~'-~ndt7l,
4c'
-fv~
auk, 2, b-, S.
1169 (1963)) Can be gener'll, F. p,. Mn 1.1
any
Card
additive schene tor calculating the
-)f different molecules to their aspect of the
Ytr--Cly valuable coursel and
Z 0ol LNCL:
OMER: 020 SITB CODEo OC Sp
Card 3/3

HONDRATIYEV, V,N.
Loss of1frame stability at various positions of the load system,
Tr-07 L7EI no.57:16-25 165.
(MIRA IM)
I~arm Animals. General Problems
Abs Jour: Ref Zhur-Biol-., No 5, 1958, 21425
Author Kondratlyev Y. P_
Inst
Title Some Questions Relating to the Topography of the
Nerves of the Abdominal Wall of Cattle (Nekotoryye
topografii nervov bryushnoy stenki krupnogo
rogatogo skota).
Orig Pub; Sb. stud. rabot. Mosk. tekhnol. in-t myas. i moloch.
prom-sti, 1956, vyp. 4, 100-103
Abstract.- A study of 4 cadavers of cattle revealed that the
cutaneous dorsal nerves at the level of the extremi-
ties of the transverse costal processes of lumbar
vertebrae are not situated subcutaneously but intra-
muscularly or directly on the above processes. The
ventral (caudal) thoracic nerve is situated directly
Card 1/2
5

S/076J61/035/003/021/023
B121/B206
AUTHORSa Kondratlyev. V. P. and Gorbachev, S. V.
TITLE: Procedure and apparatus for measurements of electrical oon-
ductivity and polarization potentials in electrolysis of
aqueous solutions at high temperatures
PERIODICALi Zhurnal fizioheskoy khimii, v. 35, no. 3, 1961, 671-676
TRXTs According to the principle of maintaining constant the composition of
the solution to be investigatedt the authors designed an electrolytic cell
for use in determining the electrical conductivity. The' cell for electro-
lysis and measurement of electroae polarization consists of 3 parts: an
inversely U-shaped electrolysis vessel made of quartz with 2 sealed in platin-j
um electrodes$ a cell with the reference electrodet and a stopper which
simultaneously acts as key switch. The cell used to determine the electrical
conductivity ooatains no cell with a reference electrode. When conducting
the electrolysis, the cell is put into an autoclave of 1.5 1 capacity. The
autoclave is made of stainless chrome-nickel steel of the type 1x18H9T
(J.q_1r) (1Kh18N9T (EYa-IT)). In the investigation of the electrical con-
Card 1/3

S/076J61/035/003/021/023 V
Procedure and ... B121/B206
ductivity, the temperature is determined with an accuracy of +0.25 0C, and in
the electrolysis with an accuracy of +100. The autoclave has-an outside
diameter of 130 mm, an inside diameter of"80 mm, and withstands hydraulic
pressures of up -to 501 kg/cm2 and temperatures of 340 OC and more. The auto-
clave is sealed by conic connections of the metal-metal type. The tempera-
ture is measured by a Chromel-Alumel thermocouple which is placed in a
protective tube with diffusion oil of the "All type. The design of the auto-
clave used to determine the electrical conductivity and of the heater of the
autoclave is similar to that described by I. M. Rodnyanskiy and I. S.
Galinker (Ref. 31 1. M. RodnyanBkiy, I. S.,Galinker, Dokl. AN SSSR, 105,
1955; Ref- 4: 1. M. Rodnyanskiy, Diesertatd'iya, Khar'kov, 1954); only the
temperature measurement and electric supply lines are different. The
electrical conductivity of 1 X KCI solutions was investigated. The method
proposed permits the determination of the electrical conductivity at a
constant composition of the solutions to be investigated and at increasing
or constant temperature, but not on a quick temperature decrease. A method
for determining the potentials in aqueous solutions at high temperatures was
proposed. V. A. Millchev (Ref. 9: Izv. Vuz. MVO SSSR (Khim.), no. 2, 114,
1958; Ref. 10: Dissertatsiya, Moskva, 1958) a-ad N. Larionov (Ref. 131
Card 2/3

Procedure and ...
S/07 61/035/003/021/023
B121YB206
Dissertatsiya, MOPI, 1951) are mentioned in connection with the design of
the electrolytic cell. There are 5 figures and 18 referencest 10 Soviet-
bloc and 8 non-Soviet-bloc. The four references to English-language
publications read as followas M. H. Lietzke and R. W. Stoughton, J. Amer.
Chem. Soc., 75, 5226, 1953; M- H. Lietzke, J. V. Vanghen, J. Amer. Chem.
Soo.9 77, 876, 1955; S.Senderoff, A. Brenner, J. Eleotrochem. Soc., 97, 361,
1950; J. N. Ager, W. G. Breok, Nature, 175, 298, 1955.
ASSOCIATIONt Khimiko-tekhnologicheakiy institut im. D. I. Mendeleyeva
(Institute of Chemical Technology imeni D. I. Mendeleyev)
SUBMITTED: September 6) 1960
Card 313

GORBACHEVI 'S*Vo; KMRATIUV V p
A-
Specific electric
iduct
Te 163.* .P. ivity of Potassium Chloride aqueous
,solutions at high tor raturese Zhur.f,.zekhm, 35 no.64
M"M'ko-tekh4OlO9Ichesk&.v Imstitut (2V2Z)
(potassium OhlOride) IMOMI D.I-&ndele?ava
(Electric coluctivt,,

28296
S/076/61/035/010/015/015
B106/B110
AUTHORS3 Gorbachev, S. V., and Kondratlyev, V. P.
TITLE: Electrolysis in aqueous solutions at high temperatures
PERIODICALs Zhurnal fizicheskoy khimii, v. 35, no. 10, 1961, 2400 - 2401
TEXT: The kinetics of electrodic processes in systems with concentration
and chemical polarizations was studied by plotting the polarization curves
in the temperature range of 25 - 300OC- Electrolysis was performed in a
quartz cell according to a method previously described (Ref. 1:
V. P. Kondratlyev i S. V. Gorbachev. Zh. fiz. khimii, 35, 671, 1961). The
equipotentials of the logarithm of the electrode reaction rate as a func-
tion of the reciprocal absolute temperature were found to be characterized
in many cases by curves with a maximum in the temperature range of 220
- 2700C. Fig. 1 shows the curves log i = f(l/T) of the cathodic deposi-
tion of silver from its bromide complex in an electrolyte of the following
compositiont 0.04 m AgBr, 4.5 m KBr fm - molarity). it may be seen that
the acceleration of the cathodic deposition of silver decreases more and
more with rising temperature, until a maximum value is attained at a
Card 1/5

28296 3/076/61/035/010/015/015
Electrolysis in aqueous ... B106/B110
certain temperature. Further rise in temperature does no longer acceler-
ate the process but retards it. Similar curves are known to characterize
also the electrical conductivity of solutions of strong electrolytes
(Ref. 21 A. A. Noyes, W.-D. Coolidge, Z. phys. Chem., 46, 323, 1903).,
This phenomenon is apparently mainly due to an association of ions at high
temperatures, since aqueous solutions of strong electrolytes having a
density of /0-7 9/cM3 exhibit the properties of solutions of medium or
even weak electrolytes (Ref. 3s E. U. Frank, Z. phys. Chem., 6, 92, 107,
192, 1956)- Also the increase of the hydration number of ions-at high
temperatures, which was found by I. M. Rodnyanskiy and I. S. Galinker
(Ref. 41 Zap. Khar'k. S.-kh. in-ta, 14, 43, 19571 Tr. Khar'k. otd. VXhO
im. D. I. Mendeleyeva, 1, 135, 1958),-as,well as the decrease of volume
concentration of the el7ectrolyte probably play an important part in the
formation of the maximum of the curves log.i - f(l/T). The total increase
of the rate of cathodic deposition of silver with rising temperature is
not high. The maximum rate is about a little more than five times the
rate at room temperature. The effective activation energy determined from
the initial part of the curve log i = f(l/T) is 3080 cal/mole, which may
be regarded as a limiting stage of the transport process of the substance.
Card 2/5

28296 S/076/61/035/010/015/015
Electrolysis in aqueous ... B106/B110
The polarization curves in the cathodic deposition of nickel from a solu-
tion with 0.1 m Ni(H 3C202)2 and 2 m. H(H3 C2()2) couYd ~e plotted only up to
270cC, since nickel hydroxide precipitates at higher temperatures owing to
hydrolysis. Fig. 2 shows the corresponding equipotentials which are also
curves with a maximum. The ascent of the initial, linear sections of the
curves decreases with increasing polarization potential (equipotentials
0.6; 0.8; 1.0 v), which indicates the occurrence of chemical polarization.
It may be seen from Fig. 2 that the rate of the process at a polarization
of 0.2 v increases by about three orders of magnitude, when the temperature
rises from 25 to 2400C. This effect of temperature on the rate of an elec-
trochemical reaction with high activation energy is comparable with the
effect of a catalyst. Abstracter's note: Complete translation.] There
are 2 figures and 4 references: 2 Soviet and 2 non-Soviet.
ASSOCIATION: Khimiko-tekhnologicheskiy institut im. D. I. Mendeleyeva
(Institute of Chemical Technology imeni D. I. Mendeleyev)
SUBMITTED: April 26, 1961
Card 3/5

GORBACHEV, S-V-; KONDRATIYEV
V.P. (Moscow)
Electrolysis In aqueous solutions at high temperatures. Zhur.
36 n6-10:2162-2168 o 162. fiz.khim.'
(MIRA 17:4)
I. NhimikO-tekhnologicheakly institut leyeva.
imOni Mande

S/076/63/037/001/011/029
BIOI/B186
AUTHORS: kondraV
_yev, YZ_-:Z_ Ilikich, V. 1. (Moscow)
_ibe
TITLE; ctrical condu-tiiiiy of aqueous solutions of alkaline
earth chlorides at high temperatures
PERIODICAL: Zhurnalfizicheskoy khimii, vi 37, no. 1, 1963, 100-105
TEXT: The data on the electrical conductivity X of aqueous solutions of.
i1gCl 21 CaCl 29 and Sr(~l in molal concentrations of 0-05 - 1.0 m and
*2
~.5 m BaCl at 25 3~90 0C, which so far have-not been published, were
2
calculated and are here tabulated. At rising temperature 4 was found to.
PI'ass a maximum. )C = Ac kexp [B(T - fl~/T] , where c i's the molal
.ax
concentration, and A, B, k are empirical constants, is valid in the above
range of temperatures and concentrations. The occurrence of 'at a
max
certain temperature is explained byl,the assumption,that the dissociation-.
of the electrolytes decreases as theNkpmp,erature increases. At lower
temperatures the salts are:completely dissociated, their depends on the
Card 1/2.
S/076/63'/037/001/011/029
Electrical conductivity of aqueous B101/B186
radius of the solvated ion, 1 , e. on its mobility, and forms the sequence
2+ 2+ 2+ 2+
Mg - /,'Ca < Sr < Ba . The mobility increases and the.amount of the
dissociated ion decreases asi'the temperature ri~eb. Hence, occurs
Itmax
at a certain temperature. B~sides,.hydrolysis takes place at high
temperatures causing the app*earance of highly .m6bile R+.ions~, The
sequence MgCl 2> CaCl >SrC holds for"Jt:at 0-05 m$ owing to the'
2 12 )BaC'2
different tendency of the studied*alkaline earth compounds to hydrolyze.
There are 6 figures and 4 tables.
ASSOCIATION: 4oskovskiy khimiko-tekhnologicheskiy institut im. D. I.
Mendeleyeva (moscow.Institute of Chemical Technology imeni:
D. I. Mendeleyev),
SUBM.ITTED:. Sept.ember 27, .1961
Card 2/2

GORBACIIEV , S-V-; KOHDRATIM V.p.
Electrolysis - U
in aqueous solutions at hicfr6h4.temperatures* Part 2.
Zhur* riz. kbim. 38 no.6:1557-1563 oTe ' (IMU 18:3)
t-kh"Ologieheskiy ins
1- Khimiko- titut imenj Mendeleyeva, Moskva.

KONDRATIYEV, V.P.,,mladshiy nauchnYY sotrudnik
Participation of sheep dogsp vigrant and rural dogs in carrying
larval cestodiases among farm animals of Kurgan Province.
Trudy VIGIS 11:8448 164, (MIRA 18:12)

KONDR.J I -Ir-S VV "I - GORBOHEIV slv~
- . - - -, .4
Owiductance of aqueous nclutions aL high teraperutur,)e. Zn,,:a-.
fiz.khim. 39 no,3122753-2756 N 165,
(minA !8-12)
1. Vicskovskiy khirtiko-tekhnologicheskly institut imeni D.r.
Yrandelayeva.

KODOLOU, I.M.; KOM MIYEV~ ir.S. '14oskva)
Methcvl.af.fluor,eacaw-&-jdcroscopy in the study of chronic
nonoepecific Inflaumtory processess in the lungs. Arkh.
Pat. 27 no.9.-22-27 165. (MIRA 18t12)
1. Kafedra,.Patologicin-koy..anjitomii. (zav.- chlen-korrespondent
AMN.SSSR-prof. A.I. Strukov) I Moskovskago ordana Lanina zedi-
tainakogo Instituta Imeni I.M. Sechenova. Subftitted December 24,
1963.

KONDRAT'YEV, V. S.
Cand Vet Sci - (diss) "Methods of obtaining, several physico-
chemical properties, morphological state of lymph, and charac-
teristics of lymph flow in horned cattle." Tartu, 1961. 21 pp;
(Ministry of Agriculture Estonian SSRI Estonian Agricultural
Academy); 300 copies; price not given; (KL, 6-61 sup, 234)

KONDRATIYZV,V.Y. (ftskvu)
---l'ongenital clubfoot and principles of treatment in infants. Felld.
i akush. 21 no.4-.1841 Ap 156. (MLRA 9:8)
(FOOT--ABNMITIES AND DIWORMITIM)

KURASEOV, Sergey Vladimirovich; ..KQ-NDRAT-jYSY,-L-V,, red.; PARAKHINA,
N.L., tekhn. red.
(Hospital care hea reached a new stage]Bolnichn&',$f pomoshch'
na novom etape. Moskva, Medgiz., 78 p. OGRA 16:3)
(HOSPITALS)

tj j t~_
99-5-4/11
AUTHOR: Beglyarov, S.A., Engineer, Gankin, M.Z., Candidate of Mechanic-
al Sciences, Kondratlyev, V.V., Engineer
TITLEi Selection,of Type for Drainage Canal Pumping Stations
(Tipovoye proyektirovaniye meliorativnykh nasoanykh stantely
na kanalakh)
PERIODICAL: Gidrotekhnika i Melioratsiya, 1957, 5, p 23-32 (USSR)
ABSTRACT: In 1955 and'13~56 the USSR.Ministry 9f Agrioultu-re selected 11
types of pumping stations for irrigation systems, and 2 types
for drainage systems. The capacities of1the pumps ranged from.
100 liter/seo.,tq6, cu m/sec with, manometric pressures up to .,..
30 m, to be installed at canals with vAriations of.,,water I 'evp~s
-to 2 m_.,__For puTpq.,;wi~th *up to 150 kw power input, aaynchron-
up
,
oual Bquirrel, cage motqrs of the series "A", "AO." and IrAM_8~
for vertical and horizontal assembly were usedl for..pumps with
a power input-of 150-- 300 kw,synchronous low-voltage motors of
the type "AC 11, andfor pumps with a power input exeeding 300 kw
high voltage motors (6900b v) pf,the types 11AC"and 'MCII.were
dkhoz,endeavored to standardize as muchas possible
used. Giprovo
.
the_construct~on of the pumping units as well..as their com-,
ponents. In 1957., developm-ent.of 8 new types..-of pumping.-.atationa,
Card 1/3 of which 7 are to serve for irrigation, and 1 for drainage
VCIXUUUB-Icyge-d---6f--Wil6lngsp. special attention was
aid to th

ard 2/3 e
p
use of prefabricated reinforced con 1. crete s7tructt~ral parts and
r
f
b
e
a
p
ricated reinforced concrete pipes. The build-ingq_q~r the
Selection of Type for Drainage Canal Pumping Stations 99-5-4/11
chamber type are designed either as monolithic or prefabricated
reinforced concrete constructions. The buildings of the water-
conducting type are of more simple construction, without complex
and expensive underground chambers. The walls are supported by
quarry.-otone-conerete prefabricated foundations.
This article contains 6 figures and I table.
ASSOCIATION: State Planning Institute for Water Supply Installations
(Gosudarstvennyy institut po proyektiroyaniyu Yodokhozyayst-
vennykh obl'yektov - Giprovodkhoz)
AVAILABLE: Library of Congress
Card 3/3

SITKO,VSKIY, P.A.; KOKAROV, G.V.; BRUSENTSEY, V.F.; MKENETSKIY, R.N.;
HAMAYNT, K.G., kand.tekhn.nauk; SKIRMOV, A.V., kand.tokhn.nauk;
AFARAS'UV, I.V,; TOLODIKO, I.F., kand.tekhn.nauk; BEGLYAROT, S.A.;
XONDWI M V V IARLINSICAYA, X.I.; VIKOLAM, X.I., kand.telefin.
S.K.; PISHCHMT. P.V.; KLIKINTOTA, A.T.; ROMBLAT.
Zh.I.; FANEZYET. V.V., kand.takhn.nauk; XULIKOV, P.79.; SHMMOTICH.
S.V.; IMLITSIN, K.T., retsenzent; BRAUDE, I,D., retsenzent; BARTSHN.
A.K.; retsenzent-~ GRIGORYANTS, A.S., retsenzent; IGNATYUK. G.L.,
retsenzent; KALABUGIN. A.Ta.. retsenzent; XRHMXMSKIT. N.D..
retsenzent; PMV, K.V.. reteenzent; ORLOVA. T.P., red.: LITIW,
Y.Ta., red.: SOKOLOYA, X.M.. takhn.red.; FIMOVA, A.F., tekhi.red.
[Handbook for hydraulic and agricultural engineers] Spravochnik
gidrotakhnika malioratora. Moskva, Gos.izd-vo sallkhoz.lit-ryp
195Q. 766 p. (KIRA 12t3)
(Hydraulic engineering) (Agricultural engineering)

BOIDTIN. B.I., insh.; KONDRATITIV. V.V.. Inshe I
Drainage In railroad yards. Zhel.dor.tranep. 40 no.10:58 0 '58,
(MIRA 11:12)
(DriLinage) (Railroads--Yards)

KOH M TITIV, V.T., inzh.
On adjacent track divisions. Pat' i put.khoz. 4 no.10:3-4 0
16o. (MIRA 13:9)
(Railroads--Labor productivity)

BCGLYAROVp S.A., insh.; KONDRATIIEV, V.W, inzh.
From practices in the design and use of large floating pumping
statione. Gidr. i mel. 14 no.12218-3~. D 962, (MM 160)
1. Vaesoyuwwy gasudarstyannyy proyektno.-isyokateltakiy i nauchno-
isaledovateltakiy Institut Ministeratva 491'skogo khozyaystva SSSR.
(Pumping stations)

KONDRATIYEV, V.V.. inzh.; KROLI, E.G., inzh. Prinimall uchastiye
HEGLYAROV, S.A., Jnzh.
[Instructions for designing irrigation pumpinf, stations)
Ukazaniia po praektirovaniiu irrigatsionnykh nisosnykh
stantsii. lloskva, Pt.l. 1963. 122 p. (Elltjk 18:4)
1. Moscow. VsesoyumW nauchno-issledovatellskiy i proyektno-
izyskatellskiy institut Giprovodkhoz.

ANOXHIN, A.A., insh.; ISAYXV, A.G., washinist-instruktor; KONDRATIMI
Ya.M.,-,, KRYUCHKOVA, V.K.; MOKHOVA, U.S., pensioner; SEMMnffW"-
A.P., pensioner; SIMINIKOV, V.M.; SOKCLOYA, To., ked.; 7300-
ROTA, L, takhnared.
[This is how it was; from the first Commimist Saturday to the
first Commnnist labor unit] Xak eto bylo; ot pervogo kommunisti-,
cbeekogo subbotnika k parvomm kollektivu. kommanistichookogo
trade. Moskva, Mook.rabochii. 1939. 110 p. (MIRA 12:7)
l..Rabotniki depo Moskva-Sortirovochnaya, Mookovsko-Ryassnakoy
shelesnoy dorogl (all except Sokolova, Yagorova). 2. Zaveduyor
shchaya kabinetom politicheskogo prosveshchenlya do-po Koskva-
Sortirovochnaya,'KDekovsko-Ryasanskoy zheleznoy dorogi (for
Kryuchkova). (Railroads-B*Ioyees)

KDUUTIYJIV, T&,M.; byvehly mashinist, uchastnik perrogo kommunisticheskogo
iWToffi-ii-6. chlen Kommunisticheskoy Plartii Sovet*ego Soy=&.,
Those who began the great undertaking. Ilek. i tepl. tiaga, no.11t
15-17 N 157. (MMA 10M)
1. Depo Nopkv&-Sortlrovochnays.
(Imesia-levolution, 1917-1921)

XONDIMT1 UV. Te.D..kand.tekhn.nauk. dots.
Distribution of residual stresses in a steel cylinder caused
by the heating of a longitudinal strip. Isv.vyseuchebezave;
mashinoatr. no.5:56-64 158. (HIM 12:5)
1. Tagan ogskiy radiotakhnicheskty institut.
(Thermal stresses)

EDNDRAT'XM,- laa-_
Asnodelel IP-2 machine for testing relaxation. Zav.lab. 26 no.3:
373 160. (KIRA 13:6)
1. Taganrogskly sayod MmsWr kotel'shchIkO.
(Testing machums)
(Otraids and stresses)

ATJTHORs Kon&ratlyov, ro. D. S10~2V60103610310531064
BOIO/B117
TITLEs Now Construction of the Machine of the Type IP-2 Used to Test
Relaxation
PERIODICALs Zavodakaya laboratoriya, 1960, Vol 36, Nr 3, P 373 (USSR)
TEXTs The machine of the type IP-2 of the TsNIITWASh generally used for creep
tests has been modified in order to perform relaxation tests of steel subjected
to elongation. The'new construction is based, in principle, on the fact that
(Fig) the load was removed from the load lever, and connected with an annular
dynamometer. The sample is loaded by means of a screw-thread aschanisa,
deformation being read with an indicator, and load with the indicator of the
dynamometer. The constant deformation required is attained by adding
additional weights, the additional load (corresponding to damping of the
relaxation process) being slowly increased in an interval ranging from some
minutes to one hour. There is 1 figure.
ASSOCIATIONs Taganrogskiy zavod "Krasnyy kotellshchik" (Taganrog Plant "Red
Boiler Attendant")
Card 1/1

AUTHORs Kondratlyov, Ye. D. S/0~2~60/036/03/053/064
BO10/B117
TITLEt New Construction of the Machine of the Type IP-2 Ik Used to Test
Relaxation
PERIODICAL# Zavodek&ya laboratoriya, 1960, Vol 36, Nr 3, P 373 (USSR)
TEXTj The machine of the type IP-2 of the TsN1ITMkSh generally used for creep
tests has been modified in order to perform relaxation tests of steel subjected
to elongation. The new construction is based, in principle, on the fact that
(Fig) the load was removed from the load lever, and connected with an annular
dynamometer. The sample is loaded by means of a sorqw-thread aschanisal
deformation being read with an indicator, and load with the indicator of the I
dynamometer. The constant deformation required is attained by adding
additional weights, the additional load (corresponding to damping of the
relaxation process) being slowly increased in an interval ranging from *one
minutes to one hour. There is 1 figure.
ASSOCTITIONt Taganrogskiy zavod "Krasnyy kotellshchik" (Taganrog Plant *Red
Boiler Attendant")
Card 1/1

18.3200 78o4o
SOV/130-6o-3-9A3..
AUTHORS: Kondratlyev, Ye. M.-, Perebeynos, V-. F.
TITLE: Design Improvement of Open-Hearth Roof Suspension
PERIODICAL: Metallurg, 1960,~'Nr 3, PP 13-i4 (USSR)
ABSTRACT- In the open-hearth shops of the Stalino Metallurgical
Plant(Stalinskiy metallurgicheskly zavod a new design
of roof suspension was devel *oped (Fig. fl. The authors
sugGested changing the old suspension unit. Two wedges
working on the self-wedging principle and protecting
the roof from sagging are shown in Fig. 2. On the
basis of long operation, the following advantages were
established: (1) The initial fastening of the roof is
made after hammering out the supporting forms before
primary heating. (2) There is no need for intermediate
fastening of the roof during operation between repairs.
(3) Considerable economy in hangers and wedges is achieved
due to repeated use of them after general overhauling.
c-a-rd-4-/4' There are 2 figures.

Design Improvement of' Open-Hearth Root'
Suspension
, Card--_'741t - Fig. 1.
78040
SOV/130-6o-3-5/23

Des-Lgn Improvement of Open-Hearth Rool' Suspension 780110
SOV/130-6o-3-9/23
Fig. 1. Suspended structure of roof supports (left--
old design; r1ght--new design). (1) cross channel;
(2) lining block; (~) distance tube; (4) supporting
angles; (5) roof; (b) wedge-shaped hanger; (7)
tightening wedge with a slot.
Fig. 2. Diagram of wedge action.
U7-
,11-d-t/r

MOYSEYMCH9 G.I.; KONDRATIYN Ye.M.
Improving the-burner flame in the combustion chamber. Metallurg
6 no.WO-22 1 161. (MIR& 14:1)
1. Stalinskiy metallurgicheskiy zavod.
(Opaji-hearth furnaces-Design and oozw'truotion)

ANDONIYEV, S.M.; GLAZKOV, P.G. [deceased]; KUCHIN, V.A,~_KONDRWYEV, Ye.M.;
LEVITASOV, Ya.M.; MAKAROV, K.I.; PANKRATOV, F.V.; PEVNYY,
POKRAS, L.M.; POCHTMAN, A.M.; TESNER, P.A.; SHEYNFAYN, F.I.;
SHKLYAR, T.I.; Prinimali. uchastiye: BERMAN, M.N.; VARFALOMEM,
F.L.; ROBIN, M.k.; MOYSIYEVICH, G.I.; SAPIRO, V.S.; ALEKSEYEV,
L.M.; P,0POVA, R.S.
Heating Martin furnaces with natural gas using reformers.
Gaz. prom. 9 no.11:14-17 164. (MIRA 17:12)

0 0 U'N'. 141 YO_
us R T
CA;i;ORY Human and Animal Physiology, Circulation
ABS. JOUR. : RZM61. . No. 5 1959) N% 22097
AUTROR tKondratlev Ea.
M
IIJST.
T1712 .Evaluation of human plethismographic data.
0,PIG. rUB. ;Byul. eksperim. b1ol. i med., 1957, No. 1, supple-
ment, 54-57
ABSTLUCT t The aiT-plethismogram of a finger was recorded
photometrically, and at the same time time move
ments of-the-finger were observed by means of-an
elastic powdered-carboh.reostat, one end of which
was fastenedto, a glass-tip attached to a-phalanx
of the toe,the other to a finger. Respiration
was recorded by means of an adjustib 'le latyago-
phone capsule attached to the subject's chest.
During the examination of 22 patients, involuntary
movements of the finger were observed as well as
deep inspirations, which were reflected in the
Gard: 1/2
T-51

KOIMRATIYEV-9 Ye.N. (Moskva)
Volmmetric changes in the blood supply to the finger of the
resting hand in man after an increase in the load on the other
hand, Kul, ekep. biol, i med, 49 no, 5:15-20 My 160.
(MIRA 13:12)
1. 2redstavlona doystvitelln-im chIAn-.AMN SSSR A.I. Sesterovym,
(FIWMS-BWOD SUPPLY).

I -
'FYATTGOTL3,K*fY. Mf~(J,$ doteent, rleJl'i. t&~'hln. flLO:; Yp-.T.., LnP-
Effect sr' varlisus inothois of ----tit trr-at..,,,,en+ on ths of
Sv. OSG29 steel diuring drawirF. stn.., 24 no.9-848-850 3 '~; -
..P
(!-rilk 17-.10)
1. Vo--gogradski-y r-rj---L

KOZLOV, K.K.; KONDRATIYEV, Ye.T.; MELIKHOV, I.-S.
-,
Internediate transformation of austenite. Metalloved. i term.
obr. met. no.4:8-10 Ap 165. (MIRA 18t6)
1. Volgogradskiy zavod "Krasnyy Oktyabrl" i Volgogradskiy
sellskokhozyaystvennyy institut.

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trecd of trwilono sol. In Cile and bod'.~c DO and ilsitil it)
ctmst. wt. was cutd. with dioxane (b. 101-2*) by rt-fluxing
:m a boiling IfvO both in the Pfvmce of V, 127v IICI (1-aml
ii1thrut.old6oxam). The extil. wwlt relwatt4l twicv with
it) tinm MA much illoune Aq org. mattcr by wt. Th~ Cu.
woA filt"vd, comd. to I/@ vol, aml I%mud into ita exec- of
1-"IgO or HA); thm 3 fractions air obtaincd: (a) that %hkh
6 sol. in dioxane and Is PpId. by HtgO or HrO, crude lipin,
(6) that whkb is itmol, In diunne; and (c) IlLit which il Sol.
in diousne and is not pold. by FlO or IftO. Two
PrOMON4442 Womigmul atht Sphallium Jab6iotor. W,-T~
f."Ilul to Contain it.) liguill. WhOr listin.o. pil%v aud pri,-
PAI.Wum luximamm were found to etsmain 34 told mllt; lippli",
r-p, YeLative to the unhydrolyml liSilrotm r"clue. The
INkf1ion which was In3ol. in diounc was complex.
),.to] W. llowerion

USSR/Chimalstry - Dryophytee, OxIdstlem- Ang'49
Sphagntas, Oxidation
"Oxidation of Green Bryophyta and Spha6nas With
Norogen Peroxide," TO * V. Kondratlyev, Chair 6f
Gen Chem, Moscow Ned Inst, 4* pp
,"Zhur Prik Khim" Vol XXII, No. 8
Folloving the elimination of hemicellulose, a 25%
solution of HL>02 at room temperature oxidizes al-
most all substances contained in the Drepanocladus
vernicosus and sphagnum subbicolor to form mineral
concentrated &Cid 11guin residues. The greater
part of these products are soluble, and from them
M16- 67/49T63
USSR/Chemistry - Bryophytes, Oxidation Aug 49
(Coutd)
xylonic, gluconic, and another (apparently uroule)
acids are obtained. The insoluble product* which
can be hydrolyzed by dilute HC1, contain reducing
substances. Aromatic compounds are in evidence
among the products of oxid&tion. These results
confirm data obtained by the d1ozane method. ftb-
nitted 5 Aug 48.

CA
Hemkollialowe 0 am* filina anaterials anif their chauffoli
dwing egeft. R, V. Kouilrat'cv out$ MN
A. Wu=bYa1W.,1k1.".",Sr.9cow
Nkim. (I. Applied Chem.) U. 1W.14(1940-11truicellu.
*Count wdian and &iorAmam tutiswimm were
VZAttid, Them were isolaited by Calls IvAching. follawtA by
licating the residues with 6% lICI 2.5 firs. on a sicain Imth.
The r-3ulting hydrolyzates were neutral!" with IIACO,.
coned. in =a". and tmted with basic Pb acetate. the
filtrates WITC ClAuld. for specific reducing substancrs, As
follows: SPUIXIM Product contained uronic acids W.27,
pentoors MW and fructoise =43%. as well as glucose 1.32,
man"ar 1.71, Plactoft 1.13; the &i~P~Vxv product
Wned uronk acids IS, pentoors 711.3, fructose M. 17, gl.~x
0,2, maritime O.W, galacto3c 0.4%. Examn. of peat -Aln-
Mes selected kom varying depths showed that the chein.
compts. does not primarily relate to the depth of the dtpoift;
thus the lowest oubohydrate level is found at 1.716-10 in.
Pth. Alt b the lwtk-uUr sample studied vontalnud a
ow amt. NMI*) of Sphalman jauduct. vic extesit of dr-
.1olropri. also dets. the carbohydrate content: uronic acid*
1
decline rapidly when peat formation cortmences; fruct~
alw drops s1wply. but other carbohydrates suffer but little
clunife. lienct, the polyurmiccompicland hrnliccllul~
kmA on (ruclaw are le'lo Ouble.

ii ~26. lost).-
by mi"d ww cmt&Aa
ubm pomme ammuts fcw I
P=l
==Cqvmbw~ Is vm~ by
wed. MsS% veft candkkn 49 a". Ngdo with deuv-
; .1 = C.A. 46, 001b). U.Siplatim of Usnin..
:
tim" OW am.. dmwe tM PWWWWO of beake Id-
iom in the I , of a Vpk osidot dorbe by"ris
w*b S MCI. Ift imokdm of VpW by elk. exts. b also
ccommed with a y6sly of dw cm 6 Aydrate complex;
tkk pmm the materal AWKIN at the baktrd Product in
dwAW, WWk 0.5 N Nam eam ham " 71
too a plahmo vwy sbuilK to %*in bt t,"Zd A%
gmw", mad of It nosim buml. in the A. P*n.
G. U. Konkpoff

. - i~
Y V.
EDNDRAT'nV, Ys.V.; IDSTINA, M.I.
......
Reproilvding the process of peat formation under artificial conditions.
Soob.o nauch.rab.chl.TZHO no.1-26-31 '55. (KIRA 10-10)
(Peat)

AID P 3748
Subject USSR/Chemistry
Card 1/1 Pub. 152 - 12/22
Authors : Kondratlyev, Y V. and M. I. Kostina
Title : Disintegration of organic matter in plant material
under artificial conditions
Periodical : Zhur. prikl. khim. 28, 9, 982-988, 1955
Abstract ; Formation of peat under experimental conditions
resembling natural conditions has been studied by
observing the transformation of various plants,
(bushes, grass, and moss). Three tables, 2 diagrams,
3 references, all Russian (1934-1953).
Institution : Department of General Chemistry of the Moscow Steel
Institute im. 1. V. Stalin
Submitted : D 15, 1953

KONDRATIYEV, Ye.V., prof.; FRIDENBERG, Ye.E., ass.
----
[Hydrolysla] Gidroliz; uchebnoe posobie. 2. izd. Mo-
skva, Moak. in-t stali i splavov. 1962. 15 P.
(MIRA 16:11)
(Hydrolysis)

~~w
end- --71.
of Influenza Cutbrc~'ks," Tr. In-ta E-padenio-,
In st-atistical d:-Aa, the author noticed tne re,-ular cyclic nature of in-
fluenza outbrea".-s, a fact fro&~s it T~ossiblc to ~,redict tl~,e ti ne ut-,en the npzt out-
break vill occur. c-clic u:!Iture of the opi-dom.cs i.- evidently dop.-cudent upon chan'-'es
Thin .1 1
i -1 a~-- cauzscd by
n tlic-- mljhv~"~~"cnt of the virus !..hich occur in a ic orde, , and -.Jaich , - -
I J: C--'Orr~-Ini , ti V~ -.
t~,e rc~Z.IC-t; 04' "lle isri to scasonal -,ccl tc, t-ho vJ,4t,-.1 c - -ti 's
L
1, L ~ U:;
of t~i-~- vi-rus itself . This leads to -.rofound ch:.nr-(j-- in th,-.~ anti.-:--, st-ucturc of "-c causa-
tive arid, in tne orArOon of tho z1uthor, -~-vcn talc of t~vpe i. i"'to
t.-;~re B, -,:hich explains the alte'ration of the types C) 11, us in sciim---sSive epildc:;'dc~~.
:),? 1, - T
Biol, ;.0 C, 10,r,5) 50: 713, 9 :' v 55
's '0

5(/ SOV/153-)a-2-14/30
.AUTHORS: Smirnova, T. V., Dukel'skaya, N. M., Kondratlyev, '1*~.
TITLEt Synthesis of Some Physiologically Active Subst4m.ces (Sintez
nekotorykh fiziologicheski aktivnykh veshchestv)
PERIODICALt Izvestiya vysshikh uchebnykh zavedeniy. Khimiya i
khimicheskaya tekhnologiya, 1958, Nr 2, pp 82-86 (USSR)
ABSTRAM It is known from literature that compounds of the type RO
where R = CH 3-' C2H 5-1 C4Hq-j C3H7- , arephysiological R
1y active and exert an insecticidal effect (Ref 1). It
was found that the introduction of such groups as OH and OR
into the molecule of an organic compound provide this substance
with physiological activity. For instance, if the -OH-group is
introduced into the nucleus of an aromatic compound, this com-
pound is often provided with a protoplasmatic effect; the in-
troduction of -OR, on the other hand, increases the effect -
exercised by the resulting compound upon the nervous system.
If a halogen atom is introduced into the molecule of an organic
compound the physiological activity of the latter is multi-
Card 1/3 plied, particularly in the case of fluorine introduction (Ref3~

Synthesis of Some Physiologically Active Substinces SOV/153-58-2-14/30
The purpose of this paper was the synthesis of some physio-
logically active compounds which are used for deratization.
6 halogen derivatives of phenyl ether were produced (Table 1).
All these compounds were synthesized according to the same
method (see experimental section). The halogen derivatives of
phenols or the phenol itself were condensed with the oorre-
sponding 1,2-dihalide-ethane. In the laboratory of the faculty
mentioned under "Association" the toxic properties of the
synthesized phenyl-ethyl ether were tested. The most toxic
compound wao.p-ohloro-phenyl-A-fluoroethyl-ether which was
able to kill within 3-7 hours 100/1i of adult rate if administer-
ed perorally in a dosage of 0,005 ml. All of the 6 compounds
listed possess a strong etheric odor which complicates their
use in deratization. In order to overcome this difficulty, the
synthesis of p,p-di(p-fluoro-ethoxy-phenyl)-dimethyl-methane
was carried out. This is a solid odorless compound and has
stood its test. Its lethal dosis for white rats is 120 1 140
mg/kg, for voies - 0125 m9/100 9 live weight. Thus it is Val-
uable also in the destruction of rodents in the fields. There
Card 2/3 are 2 tables and 5 references, 3 of which are Soviet.

Synthesis of Some Physiologically Active Stibetances SOV/153-58-2-14/30
ASSOCIATlONt MoskovBkiy kkii-iko-teklinologicheskiy institut imeni D. I.
Mendeleyeva i Biologo-pochvennyy fakulltet Moskovskogo
gosudarstvennogo universiteta imeni M. V. Lomonosova (Moscow
Institute of Chemical Technology imeni D. I. Mendeleyev and
Faculty of Biology and Soil-Science of the Moscow State Uni-
versity imeni M. V. Lomonosov)
SUBMITTED: October 4, 1957
Card 3/3

IVIN, S.Z.; KOlJDRkTjYFV,,j34,.A.-; SHEIAKOVA., I.D.; ZAYSHLOVA, I.A.; GUBENKO, I.I.
Reaotivity of ethvlenamide-0-alkylmethyl phosphinates and
thio ph6sphinates. Zhur. ob. k-him. 35 no.7t1218-1220 Jl 165.
(MIRA 18j8)

I YU G
Ju
apectrn from Middl rassif.- sediments in the
,T~11-yc,no'i-sk z"roiL(z Gec)i -i geofiz- ncl."1157-159 165.
b.
(MM 1M)
~ra -4w)yanjkoy; gc,)hcgicheskaye uprarleniye.
1/2
Ccard
L
'ACC NR: m6o36464
was tes'tea. -Weight, external appearance, behavior, 'dfi*C1-d-p-p6t-1fe-`Were
'observed. Assimilation of basic substances, the nitrogen bala~nce, the
~composition of hemoglobin and erothrocytes in the blood, and certain
biochemical indices were determined.
Pathological examination of the animals was perfomed and individual
internal'organs were weighed. In experiments where unicellular algae
were used as the source of protein, the average duration of viability
6a5 5. 5' months. When animals were fed only the biomass of the algae-0
khey lived only about one month. Death results fmn nvInutrition. Experi-
~rndnts showed that greatest nutritional value was provided when the
~iomass of unicellular algae was augmented by an increased amount
,of cysteine. The least value was provided by biomass of yeasts. The.
nutritional value of the purified biomass bf microbacteria was higher
than th-at of the uniDurdied biomasa.ACW*A9'NoG 22; 'At6tapoit 6GIly
SW CODES 06 SWX DAT&S 00MAY"
Card

kRAKUMVA I.k.,- AU'EBININSKIY, K.S.; ffGHKOV, V.P..-, DEMOGHKINk, N.G.;
K ; USHAKOVP A.S.
Some data on a group ot animals in a closed ecologic system.
Probl.,6sm. biol. 4:107-118 t65. (KIRA 18:9)

L 45964-66 JXT(CZ)/
ACC NR: AT603o694
SOURCE CODE: UR/0000/
AUTHOR B chkov, V. P.; Boyko, N. N.; Km ~tkin~a&; ~G-' Kondratlyev, Yu. 1.,
Ushakov, 7. S.
ORG: none (/3
TITLE: The possibility of using dehydrated products in cosmonaut diets
SOURCE: _KonfeMtsiya po kosmicheskoy -biologii i meditsine, 1964. Materialy. Mosc
-Inst. madi
11
TOPIC TAGS: space biology, space food, human physiology, nutrition, biologic
metabolism
ABSTRACT: Experiments were conducted to study the effects of dehydrated food
rations on human metabolism. Freeze-dried and heat-dried food products were used
to make up three different rations, with caloric values from 2117 to 2974 kcal. Thr
food was eaten dry, but could be washed down with unlimited amounts of water. Amorig
the foods used were freeze-dried meat products (pork and beef sausage, beef roll, hazz
and smoked.pork~ dried milk products (a 5:5:11:1 mixture of cream, walnuts, milk,
and sugar, 6nd a 5:5.1 mixture of pot cheese, cream and sugarl and candy and
pastry, (vitaminized caramels, lemon drops: etc.). Biomedical monitoring of
the six healthy subjects was conducted throughout the e*xperiment, and each subject
kept a medical journal. In the first test', laboratory workers were fed normally
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for 10 days, and then for 20 days ate equivalent amounts of the same foods, dried,
(Rationib.1, see Table 1) while performing their normal tasks. In the second test
Table Lweiaht- nhemina-1 nnmnnRitinn_ and nalnrin value of food rations
Number of
Weight in Moisture Protein Fat Carbohydrate Ash Caloric
ration 9 in g in g in g in g in g value in
kcal
1 6o9 43.4 112.3 93.2 339.0' 21.1 2117
2 638 34.4 118.1 ul.4 354.7 19.4o 2974
3 615 51.6 107.8 lo6.6 326.1 22.90 2770
one subject was fed Ration No.2 and water regenerated from urine for 35 days. He
remained in a small chamber (7 m3), where normal atmospheric and microclimatic con-
ditions were maintained; his day was d!ivided into sleep (8 hr), exercise (35-40 miw~
meals (three per day), and drafting work and reading (specially selected literature).
In the third test two subjects stayed ~n a-similar chamber for 33 days, during
which time they were fed Ration No-3 for 22 days and normal food in the 11 days
before and after. One received water regenerated from urine and the other distilled
water. The system of biosensors was also tested in this exppriment. In addition
to sleep and exercise periods (8 hr and 35-40 min, respectively), and meals, the
subjects' time was occupied in recording physiological functions using the sensors.
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