SCIENTIFIC ABSTRACT MARTYNOV, V.F. - MARTYNEV, V.N.

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• Collection: Scientific Abstracts
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• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Invest irat ion Wi thi n t lie IF! (A,"' of 0u% W2 t T!
-Membered Oxide Pin.,
XXI. The Reaction of A- '_--7"r_.tr-.
-Glycidic Acids Wit:i Hexyii - ::I;,1
_~.i. .. .-. . - t
.", - i, :,, . :' :; ~_ i e i w ~eoc re, ~-t v -
c o,-: s e I- e 2 F. f t e r I ran - C_ L t
ficim t:.L- 0 - V
s i i o-:7 f! j L w'. (,i
t h 1; :a t t t
wi
t h V 1
t ' a:., "r t
t t:i'~ 1 i:_ t ~-~ tt.t-
t _J lie '1,11'.' t L'- ~_'11
t e t ra --:e t1hy' en e - i. r,, p 1 c. It 1 r i id wi tr, s 1
a Ltii-ln (-,f i r
point_- :,Ire .iy ;-,t tile :-tructl~re of f""t~ -In,
was .-_ros,;ilule to isci-ite
yd;? as a '-d initroj~henylny rz ',n f
F t I s -_~ e u I d 't (,- -: _ ri --, : um L:.
opening, (-..f he oxi !e rizi.- in t!ie ;entionedl jj- ,qe of
acid to~-,K I lace fro,.: Lelri%lf cf the ~-cr_rL- I-. r" -t-_-
Carl 2,'4 t h I s j, r ~) --.~ 1' ) _' o 1. r, ~ -, t -_~ r e w:. -~ '~ h " !. I r n I ~'- i ~ t- .'" :

Inv efitigat i,)n Wi thi:, t t.,.
-Membered Oxide Rin,-.
XXI. The Reaction of tho Ami~!~)-~ Tetr-i :ol~ 'i-Pentamotnyli,j.,,
-Glycidic Acids With He-,-jl- lind Berzyl:onines
decom~.osition products f,,i- the bin,lin I-nd 11 . t s If I
,..,nines. c-Ln not ~,e used fcr those of alij.h-ili,-
because of its small yields The reacti~)r: ;7,f the a-,ide
of 1-~-tetra~nethy-.'Lerie-~rlrciilc acid with benz as free
acid was also treated wit.~. sl_:lfuric c i -i , t h, of
0
C 0,, alre:idy be~.-,inni.,.. t s -.e f`~f.t t"%t
Ll t T h s to t.
n e r) x-.y - am, 1 n 1 c z~ c - rl _ s r e s en The nat,:re .7-f the second
spl n ~:-r -,ul :1 n~-,t bo -1 eared See structure formul~~o ~1'
the sv-,t.-,Ptii-.e! pro;iu,_-T!-, at the (-.,-,d of' the tn-oretiz!al
.. -tus the :1.mide of the P-tetra:nethylene-;,lvci.,!ic
Lciu ....s a _-reater react:vity than that cf 1)entamethyiene-
,-Iyc r a c a d The openin:.- of the oxide rir.ir -)f ~he -~,iides
of iic -_ --,-i takes 1~1~ice from thk, U-O!.rl~on
aL are 2 references, 1 of' wriicn is ',.,vl,-t.
ASSOCIATTON: -.osud;..rstver:~:,y:., universitet
-t,,e Univer.-ity,
Card 3/4

11 - - r. , I" . - - - r/7
t ., . . , I
A ~~k n
t; gat ions on Compounds ~owajnirK r
Tnve:
,tembered R i n ~~ (Iseledovanlye v oblasti zoy,iini-niy, sQief-
z~ashchikh trekhchlennoye okisnoyo kol Itso) "in, ~-:: r -- -
pooition Reactions of the Eaters of Glycidic Acia ~,it*.
cz- and 6-Naphthylamines (XXII. Vzaimodeystvi%e efir,)v
r.ykh kislot s a- i B-naftilaminami)
C-r C P*%L Zhurnal obshchey khimii, 191B, Vol. 28, Nr 8, pp. 2075-2o81
(USSR)
In Drevious investigations (Refs 1-3) V. F. blartynov found,
that esters of P-monoalkyl and P-dialkylglycidic acids re-
act with aromatic amines of the aniline series by opening "'t-f'r
oxygen ring on the side of the P-carbon atom. The purpose
of the work reported here was to investigate the effect of
steric hindrances in the reaction mechanism on the -oin:
at which the oxygen ring opens. Esters of the followinR
glycid-ic acids (epihydrinic acids) were studied; B-propyl-,
0,B-dimethyl-; P-methyl-; P-ethyl-; P,P-tetramethyl-; and
P,P-pentamethyl glycidic adids. All of these acids have di:C-
Caz-d 1,/-A fererit substituted groups in the O-position. The aromatic

SoV/79-28-B-16/66
invr-ntigationi or, Ccmpoundn Containing Oxygen in a Three,-Membered Ring.
ZXTI. The Dpcomposition Reactions of the Eaters of Glycidic Acld With
-~tnd 5-Naphthyl-mines
:!'ii*roq rere chosen because they are very different from on.
ir terms of the volume occupied at the amino ir.-u-.
qnd bc.-cause there are good possibilities for the
---mines to form bonds with the~other substanced
':'h? -,n -st suitable amines for this purpose were the u- -jj,.,
n!~*phthylamines. These amines were reacted .vith the
of e~~tcrs of glycidic acid, and it was foland that the -foi-m
-,,!7 reactive. It was found that in reacting with tlho-
q,P-dimethyl glycidic acid the P-nadthyla.M4ne or~!-.- I
.Lt.; oxygen ring on the side of the P-carbon atom. 1he
0- this reaction could be converted to the correspon.,i-ijigr
d~,l u3in,7 sulfuric acid. A mixture of two isomers
from the decomposition reaction of a-naphthylamine -iilth t-i'
e~jters of P,P-dimethyl and P,P-tetrhmethyl glycilic
dr. _n this case the oxygen ring opened f -om
A 'I . - - 9,
both the o- and the P-carbon. There are -1 re~fpr(,ncc~*,
wh i (, 11
are Soviet.

~osudar!,tvenn
State Univer~ity\,
17

0 v F i'i Ptron, 7 9 -9 - 1 6
7 ;n! e,~zig- tions on _=-coundS Oxy,-en in a _*,ree-
-.r),%red :ling (Ic:~ ledova!: iyc v obl., _,t i
zhauhchikh trekhchlennoye oki!~noye kcl't~_-o) '-'he -,e-
or.-n-osition Reactions of tile '-.thyl E-sters of (i-!,ethyl-~~-Butyl-
an.1 "--ethyl-P-Fheny1 Glycidic Acids "'it'- Aniline ( xlrr.
imodeystviye etilovykh ef ~Jrov P-metil-fi~)util- i `--.et~l-
e-fenilglitsilnykh kislot s anilinom')
i"'RIODTCAL: Zhurnal obshchey khimii, 1915, Vol. 29, Nr B, pp. 20B2-?OB5
(U~31R)
AD T'(ACT: in the previous publicat'on (Ref 1) the author def~cribed the
fiecomposition re&ction of aromntic amines with the ethyl esters
of glycidic acids which hnve different snbetituted groups
,,t the O-c~rbon atom, In this p~;-er the euthor describes the
newly syt,thesized P-methyl-p-butyl glyc4dic ,Ic-ij (4;? a vield).
The addition of aniline to the above t:sters shoiild be a Jif-
4,
-nllt reaction to carry out because of thr. ~,teric 0hindronces
bt the P-position. He.tin(- for 16 hours at 160-170 fL-iled
to Droduce subotitution at the oxygen rinr, but the reaction
Card 1/3 Ail gro w-ien the mi :ture Nvas heated in a steel cylinder bt

investigations on Compounds Containing Oxygen in a Three- SOV/79-28-8-1-7,"66
1-'-mbered Ring. XXIII. The Decomposition Reactions of the --thyl Esters of
1 -1 '-ycllic Acids i~h Aniline
.ethyl-o-Butyl- and ~-Methyl-~-Fheny~ r,-
175-1900 for 36 hours. The characteristic constants of the
en'; i)roduct were determined. It was expected that in ac-
cordance with the earlier results (Ref 1) &n ethyl eiter of
the a-oxy-9-anilire-~'-methyl- 'B-butyl propionic acid (17ormul- T)
Woul-I result. However, analysis showed that it vies po-,,P'.ble
tri-convert the product of the above reaction to the c-r--r~!pond-
inla in,tole by reacting it with concentrated sulfuric a*U.-
In this ;7~.y it was conclusively demonstrated thct in V:~,
:-tove reaction the oxy.-en ring oT)ens on the 2ide of the
-carbon L:tom. Tn invec-tigating the structure of the indole
prepared above the 2-met~-,1-3-butyl indole(IT ) w.-s synthesized.
,L'here are 2 references, which are Soviet.
A F '1, C it TON '.:~ningradskiy gosudarstvennyy universitet 41 --~izhskiy pe,la-
goricheskiy inetitut (Teningrad 'tate UnivPrrity and the
,Riga Institute)
V2 July 10, 1957

SJV/7)~--5~9.1~//66
Investiptions og Gompo4pda Containing Oxyeen in a Three-"Li.fli),!ved Rinpe
ITI. Tbe Decomposition Reactions of the Fthyl Eaters of P-* thyl-fl- filt
!1,3 ---uthyl-~7i~henyl Glycidic Acids 'Vith Aniline

AUTHORS: Ylar ty ncv F. ii. V. sov,17 :,, 2e.- 12--i 4 1
TITLEi nve 3* -ga. t;r r, t Ne Fl- e -a rf '..-m~ounds Wi th a Three-Membered
Ox~,dfa R,,nF, v oblasti soyedineniy,soder-
zhas~.,c.h-i~n trw-rnrhierinoye okisnoye kol-Itso) XXIV Synthesis
0 f .D;s.)bstt,-,+t-d Nit-iles of Glycidic Ar~~ds " IXIV.
S-1 nT 0-7 t 65 '13 -J 7 -am e s h c f : e n Y,,,y k h i ~ i t r i 1 o v g I i t s i d ny k h k i s -' o t
PERIODICALt Zh , -,.-.a c i m 2 8 , N r 12 2 4 6 2
,I USSR !
ABSTRACT: In a~,. ~?5,r z Rel ~re authors nad described *,,e
r e a, r~ r 01- Mo ochlorcar-et--.: acid with some
kt?,~:-nwq rril r.ad 1"'i P, disubstituted ni,triles of
9 , ~~% ~l -~ '-, ~, -e. To ob-cair. further syntheses
-Df thj s c-ags th" a-,.tt.rrs introdured further ketones irto
1, 4 r a etr-~ ot' al~7hatic, aliphatic aromatic,
ana name-.,-, ci,-ethyl-diisobutyl, dibenzy',
1 a,,j d. ~;-dimetl-41&minr-p~:enyl ketone.
k~-rri.(- ),a.d t-.e smallest yie~a Di a_, ttese Yetcnes
-!--- ~r,~- -'Ul!,C'..L?Il *he arcmat-,~ Keknes,the di-p-,-olyl
k-, *- z,.e r~ighest *,,]-If,,B '81. and 80% -
Card Y- 'V~ I ~'s !.~~ r-?tlr* li,t!~ Ine nit-~"?

a
I riv e s t ; 9 a t I c n
Three-Memtered ~x- f
r r e s,.,
r
x
C U',
J r..Y
ze and
E, Z
r -2 r; i t r e o f d i L; h e T., y I g y c a
i n j~ u
~ij Lie, r. ae scribed c a t i :; n I
z st ab e. h e ~ t P r s
are very
T n 3-pnat. I c
e F3 w
e o b t a,, ned n
;trp nard-y T~~, c
t r i:-- t aK e f
ff p c r, e
y n~! e has prol--d tnis fa,;t-
e -es-.-i--s
p -Fentamethy~er.e o_7
t n e
:~nl. ng a-
r~:/ q 1 3 -_ S n 3 w
il! r -Z! a r e o;-
v i e
Card

. Inveeti,.gation ir. tt-,+-- F-~-j -i --cm~cunds With a SCV/79-28-12-1 1~1,41
Three-Membered Oxde R:.r.g. XXI-7. Synt~.esls of
~ g ~ -Disubstituted Ni tr,,es -l' Acids
ASSOCIATION: Leningradsk.',y gC3,adarstvennyy universitet
University,
SUBMITTED: December 21, 19c)7
(Leningrad State
Card 3/3

PARTYNOV. V.I.; TITOV, M. I-
Use of etbCyl monofluoroacetate in Darsen's reaction. Zhur. ob. 1rhim.
30 no-12:41*7-4io8 3) l6o. (MIRA 13:12 )
1. Leningradekly gosudarstyenVy univerettet.
(Acetic acid)

MARTYNOV, CHMU I-MIN [Cho I-Ming]
Compounds containing a three-member oxide ring. Part 25; Reaction of
methyl p4.-methjylglycidate Ath aromatic amineB. Zhur.ob.khim. 30
no.10:3174-3178 0 161. (KERA 14:4)
1. Leningradskiy gosudarstvennyy universitet i Universitet Nankay,
g.Tyan'tszin', Kitayskaya Narodnaya Res,jublika.
(Amines) (Glycidic acAd)

1, Y-F.__;--BELOV I.B.
,MAqYlr P
Compounds containing a three-membered oxide ring. Part 27: Re-
actions of ethyl eaters of some /4-disubstituted glycidic acids
with hydrazone hydrate. Zhur.ob.khim. 31 no.5:1509-1510 MY 161.
(MIRA 14:5)
1. Leningradskiy gosudarstvennyy universitet.
(Glycidic acid) (Hydrazine)

MUCINOVP V.F.; OLIM02 G.; VINDLER, T.; LMNIT52 Ye.
Cojq>ounds containing a three-membered oxide ring. Part 261
Reaction betveen anili and the ethyl eater ofb -phanylglycidic
acid. Zhur.ob.khim. 31 no.6slSO6-1811 Je 161. (MIELA UzO
1. Leningradskiy gosudarstvennyy universitet i Leyptsigskiy
irwtitut organicheskoy khimii.
(Glycidic acid) (Aniline)

mkicyl.ov, V-.--- ?-. -- --
Dissertation defended for the degree of Doctor of ~Ihemical Sciences
at the Institute of Organic Ghemi3try ii,.eni N. D. Zelinskiy In 1962:
"Investigation in the Field of Chemistry of G2,ycidic Acids and
Related Compounds."
Vest. Akad. Nauk SSSR. No. 4, Miscow, 1963, pages 119-145

14ARTYNOV) V.1?.; TITCJV, M.I.
Use of methyl dichloroacetate in the Darzens reaction. Zhur. ob.
khim. 32 no.1:319-320 Ja 162. (MIRA 15:2)
(Acetic acid) (Darzens reaction)

MARTYNOV, V~T.; TITOV, M.I.
Fluorine organic compounds. Part 1: Darzens reaction in the
synthesis of o(-fluoro-- a-hydroxyacids. Zhur.ob.khim. 32
no.3018-721 Yx 162, (KRA 15:3)
1. Leningradskiy gosudarstvennyy universitet.
(Fluorine organic compounds) (Esters)

MARTYNOV, V.F.; KASTRON, Ya.N.
Computznds containing a three-membered oxide ring. Part 27:
Interaction of aniline with ethyl aster of P-methyl- P-phenyi-
glycidic acid. Zhur.ob.khim. 32 no.3:721-723 Mr 162.
(MIRA 15:3)
1. Leningradskiy gosudarstvennyy universitet.
(Anilins) (Glycidic acid)

RARTYNOV,,_V.2.; BELOV, I.B.
Compounds containing three-membered oxide ring. Part 24: Interaction
of esters of 113 -aryl-substituted glycidic acids with hydrazine
hydrate. Zhikr.db.khim. 32 no.6:1734-17-38 Je 162. (MIPU 15:6)
1. Leningradskiy gosudarstvennyy universitet.
(Glycidic acid) (Hydrazine)

MARTYNOV, V.F.; BELOV, I.B.
Compr,unds containing a three-membered oxide cycle. Part 30:
Determination of epoxide oxygen in glycidic eaters. Zhur.ob.khirn.
32 no.7.2341--2345 J1 162. (MIRA 15:7)
1. lAningradskiy gosud&rstvennyy universitet.
((. lycidic -acid) ( Qxygen-- Analysis)

- ARTYNOV, V.F.; SHCHELKUNOV, A.V.
Synthesis of indoles based on glycidic acid nitriles. Zhur.ob.khirr,
32 no.7.2381 Jl 162. OKIHA 15:7)
1. Lenir.,~radskiy gosudarstverinyy universitet,
(Indole) (Glycidic acid)

MARTYNG-V,_Y.Fb; TIMMYEV, V.Ye.
Darzens reaction with ethyl ester of chloromethylphosphimic
acid. Zhur.ob.khim. 32 no.10:341+9 0 162. (MIRA 15:11)
1. Len-ingradskiy gosudarstvennyy universitet.
(Phosphinic acid) (Darzons reaction)

MARn.'NOVP V.F.. BELOV, I.B.
--L~
ReacticD of ethyl esters of k -halocimamic acids with hydrszine hydrate.
Zhur.ob.khim. 33 no.4;1092-1095 Ap 163. (MIRA 16-.A)
1. I*ningradskiy gosudarstvenny7 universitet.
(Ginnamic acid) (Hydrazine)

~ -777- --
- - - - -I--- I--
MARTYNyV, TITUV, 14~ 1.
Darzens reaction used in Q,e synthegis of QxycbLloride compou=s.
Zhur.ob.khim. 33 ric.1,138b-1382 4. WLA 16:5)
1. Lenizigradakiy gosudarstvennyy universitet.
(Esters) (Chlorine compounds) (D&rzenB reactiun)

MARTYNOV, V.F.; BELk)V, I.B.
Compoi_,nds contalning ~2 *,hr-~r -membered oxide riniT. Preparati--n
of 3-unsubstituted hydroxyy.TrELzL,_idones. Zhur. ob. kh'Am. 33
no.8:2461-2464 Ag Ih-,, (MIRA
1. Leningradskiy f-osudAir,-;t,vf-nnyy universitet.

MARTYNOV 'I.F., 71-0V,
Par- Use DaTrLms rea- f%r -.h- syr,' he sis c.'
-)mpounds. Zi.L.-. Ob. r-1.1m. -141 r.-.
212r,-2128 i-,~ (MIRA ~'t8)
1. LeninnadsK.'-7 i;r-sivla.-- enry u-. . e-I

pou!
DP- r on
34

MARTYTIOV, tF.F. . ',h.D, , TITOV, M.1 ~
--.-
Symthesis of protected hexapeptide carbobenzoxy-L-pien7la-lany'~l-T-1---:,:yl-
L-leiicyl-l,pheny"Laianyl-l-leucyl-L-leiicyl methyl eater. VAst. lZU 23
nr.10;150--161 165, (KIRA M7)

o r i o e~ina-- 'r1 I 'S "! z-.ts", .,e ;irt.nent
-ery) ' olle --):-ks i.e. irl -r~td *let :-ii: ry --'T! j --y
A-
ire, i 245), ;e' `!,-Z Z, l')54.

MARTYNOV. V.G,,, dotsent
Some indices of mineral and vitamin metabolisms In cows during
the period of pregnancy and after calving. Veterinariia 41
no.2a?8-81 F 164. (MIRA 17:12)
1. Troitskiy veterinarnyy Institute,

MARTYNOV, V.G., dotsent
Hysterography in the retention of the placenta. Vet,~rl~n:trlla
41 no."1:76-77 J1 164. (MIKA IP:'l-I
1. Troitskiy veterinarnyy institut.

USSR/Diseases of Farm Animals - Pathology of Reproductions.
Abs Jour .icf Mur - Biol., No 14, 1958~ 64697
Author IGiolddov, A.L., Martynov, V.G4
------

Inst
Lenin(-;rad ------
Veterinary Listitut.c.
Title Caesarean Secti~n in C-)ws (lGt Report)
OrIg Pub Sb. rubot. Leningr. vet. in-t, 1957, vYP. 16, W3-5i.
Abstract 14C aLstract.
Card 1/1

YARTYNOV. V.G.,kand vet.nsuk
-.
Novocaine-penicillin block in retained placenta in cove ead
goatq. Veterinarlia 35 no-12:56-57 D 158. (?G-U 11:12)
1. Troitskriy vaterinargyy institut.
(Novocaine) (Penicillin) (Veterinary obstetrics)

V.G,., doteerit
Us6 Of glucO&e *n ti,
.e C.r .~
VrJterinarila 41 no.4287-a8 Ap I-C. - -,:a -~n
I i, ( Y~ :-. k 1 j ~- " I
. Troitakly
Lns t, I ut.

ACCESSION FIR: AP4013297
S/0135/64/000/002/0041/0041
AUTHOR: Dorofeyev, V. M. (Professor); Murkin, L. P. (Engineer); Shadov, V. P.
(Engineer); Sivirkin, V. F. (Engineer); Marty*nov, V. 1. (Engineer)
TITLE: Gas-=c welding torch with vortex stabilization of the arc
SOURCE: Svarochnoye proizvodstvo, no. 2, 1964, 41
TOPIC TAGS: welding, welding torch, gas-arc welding torch, arc stabilization,
vortex arc stabilization
ABSTRACT: The article describes the GEG-lA gas-arc welding torch with vorte.~
arc stabilization, developed and produced at the Kuyby*shevskiy aviatsionnyley
institut (Kuyby*shev Aviation Institute). The anode is in the form of a copper
nozzle with an output diameter of 3.5 mm and a sliding seating arrangement in
a 4,'in housing. The cathode used is a tungsten rod 7 mm in diameter set in a fix-
ed position with respect to the nozzle. The electrode assembly is cooled by water
fedtinto the tin electrode holder. The nozzle and electrode assemblies are in-
sul~ted from each other by a texto)lte casing with screwed-in nipple for argon
feed,. The argon Is fed Into the chamber throulh two tangential apertures. The
intr6duction Into the torch of vortical argon eed eliminated nozzle wear. All
three major torch assemblies (nozile unit. housing electrode unit) are threaded
Card 1/2

ACCESSION NR: AP4013297
together and sealed with layers of conventional technical rubber. Electric cur-
rent is supplied from a single PS-500 welding caaverter. A particular feature of
the argon supply system is the presence in It of a jet 1.19 mm in diameter; dur-
ing operation of the torch, a supercritical pressure gradient Is set up on this
jet, providing for constant argon consumption for the established pressure and
variable torch operation modes. The technical specifications of this torch are
listed. orig. art. has: 2 figures.
ASSOCIATION: &WbY*sbevs1d~ Aviatsiawy*y Institut (Mivby*8hev Aviatlon inztitute)
SUBMITTED: 00
DATE ACQ: 26Feb64
ENCL: 00
SUB CODE: ML, SD
CGrd 2/2
NO REF SOV: 000
OTHER: 000

1. MARTYNOV, V. K., Min. Eng.
2. LFSSR (600)
4. Mining Engineering
7. Releasing ore at an inclined terminal. Gor zhur No 12 1952.
9. Monthl List of Russian Accessions, Library of Congress, April Z)- .' "
-Nc~.

MAILA OV, G.N.; LOGAVSM, S.I.; MWIN Ko; NIMIN, S.E., GUNIMIT, KY.
IMMT,P.A., redektor; PAMME3111. or; MIKHAYWVA. tekhnicheskiy
redaktor.
[Reducing waste an& loss of iron ore in the working of mines in Krivoy
Rog Basin] Sn1shente poter'l rasuboshivanlis shelesnoi rudy pri rasra,
botke mentoroshdanit Krivoroshokoge baseeina. Moskva, Go@. nauchno-
tekhn. Isd-vo lit-ry po chernoi i tevetnoi mejallurgii. 1955-208 P.
(Krivoy Rog-Iron mines and mining) (KI.RA 9:4)

i-11irv,
KAPLUNOV. Rodion Pavlovich, professor, doktor; PROKOPITNV, Yevgenly
Petrovich. professor, dok-tor; STABIROV, Nikolay Antonovich,
professor, dolttor; BRICHKIN, Alsksandr Vesillyevich, professor.
doktor; KLLAXHOV,G.M., professor, doktor. reteenxent; STINSHKRKO.
A.I., retsenzent; MIN,V.V., professor, doktor, retsenzent;
KARTYNOV,V.K.A kandidat tekhnicheskikh nauk, retsenzent; ARSUTI-
IN-, '-fiaGaidat tekhnicheskikh nauk, retsenzent; KULIKOV,V.V.,
kandidat tekhnicheskikh nauk, retmenzent; DININ,N.S., dolrtor tekhni-
chemkikh neuk, ietmenzent; TARASCV,L.Ya.. redaktor; PARTSIVSKIY.V.H.,
redaktor; BIKKZR,O.G., tekhnicheskiy redaktor
(underground working* of ores and deposits] Podsemnaia razrabotka
radnykh i rossypnylrh meaterozhdenil. Moskva, Gos.nauchno-tekhn. izd-
vo lit-fy po chernoi i tovetnol metallurgii, 1955. 680 p.
(Mining engineering) (K'J'A 9-3)

HA TMV. V.K.; STARIKOV, N.I.; LAVRITWWO. Y.Y.
Multiple operation work organization in srub-level caving. Gor.zhur
no.6:19-22 Je 155. (KIRA P:8)
(Himine engineering)

MAR"NOV. Vitaliy Koelmovich; KHOROSHBV, Ole- Vasillyevich; YAKHONTOV.
A.D.9 A.Ye., red.i2d-va; MIKHAYLOVA, V.V.,
tekhn.red:l
[Operator of mine drainage units; a textbook for on-the-job
training of workers) Kashinist ahakhtnykh vodootlivnykh
ustanovok; uchabnoo posobie dlia proizvodetvanno-tekhnicheakogo
obucheniia rabochikh. Moskva, Gos.nauchno-tekhn.izd-vo lit-ry
po charnoi i tavetnoi metallurgii, 1959. 200 p. (MIB.A 12:4)
(Mine pumps)

N. I IIT Y! i , *,'-". , :,, - ' -.
17 ,, - , '! - ! . 1
? 1 j " .; - 1. - I
-. , , '. 1 - .
. ~ I i~ " - . .:. . I ; . P-"
.1-11 , ~1. f .
. t . I . , - - ; , .
. 1 1 'r ,
:1 * :,~ . ` z ~., ,

XIX NR, AP6021945 -SOURCE CODE:'-UP,/0188/66/ODO/OC)2/OD60/OD68'
(A)
I MTKOH: Braginskly, V. B.; Martynov, V. K.
I
6AG. Department of PjWsics of-o-s-cimwt-i-on-sTkafedra fiziki kolebanyi)
TITLE: Investigation of the influence of an intermediate body on gravitational inter-
action
SOURCE: Moscow. Universitet. Vestnik. Seriya III. Fizika, astronomiya, no. 2, 1966,
60-68
TOPIC TAGS: gravitation effect, general relativity theory
ABSTRACT: The authors describe an experiment undertaken for the purpose of observing
the influence of an intermediate body on the static gravitational interaction. This
experiment is similar to that performed by one of the authors in 1961 (Braginskiy et
al., ZhETF v. 43, no. 7, 52, 1,962), using a modulation technique with an electro-
mechanical transducer and electronic circuitry to separate the signal from the noise.
T
The experiments were made with a torsion pendulum consisting of two identical masses
(25 g each) and a tungsten wire. One mass served as a trial body and the other mass
as part of a variable capacitor serving as a ~iclazp for the oscillations. The torsion
pendulum is kept in vacuum not worse than 10- m Hg. From the coange in capacitance L
it was possible to deduce whether a third bocbr changes the statiJlXavitational force i
on the other body. The small changes in the oscillation amplitude-were processed by
means of a statistical wthod &-I to that used by Etvos,, Pekarp and Fekete (Ann.
LC*d 2/2 UDC: 521.'12: 531-5

ACC NRz
der MWs. v. 68., 11 1922). It in concluded,, with 95% reliability,, that within a
level of 1.5 x 10-3,1 the intermediate body exerts no sUtic gravitational interaction.
Poi1sible consequences of this experiment are discussed. It is mentioned that the
acouracy of such an experiment can be increased by 1 - 1.5 orders of magnitude. The
aqpors thank Prof. V. V. Migulln and 0. 1. Rukman for valumble discussionsp and Ya.
k.-Dibileykin and P. X. Nsmbchnov fbr help with the work. Orig. art. has: 3
figures and 3 foraul".
MM CCCE: 2D/ am Dm: o5Fwv65/ oiRm mw: ooB/ ont mw: oo5
card 212

M,IJRTYNUV . V.IL 1, inzh.
Modernizing the molding unit for manufacturing gypsum-slag panels
by the vertical method. Stroi.mat. 7 no.6:26-27 Je 161.
(MIRA 14:7)
(Precast concrete-Equipment and supplies)

ZHELUDEV, I.S.,, inzh.; MARTYNCIV, V.M.$ inzh.
hadesigning a shop wl-iq_ gy i--~te slabs. Strci.mat 9
no.10:25-26 0 162. Oq i Tr A _ -1 . --- ')
(Gypsum products)

PAWYNOV, V.M. (Zharikov. Betechenskaye. nabereshusye., 13, kv. 17)
PlIding sciatic hernia. Vest. khIr. 74 no.5:71-72 J1-Ag 154.
OWA 7: 10)
1. Is khirargicheakoy kliniki (zav. prof. G.M.Gurevich) Url-
kovskogo meditsinskogo stomatologicheakogo instituta.
(MNIA,
sciatic sliding)

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ulm/chmistry BER"100 my/Jun 1948
Chemistry Dispersion
One Critical Dispersion of Highly Concentrated Emal-
sicnis," V. M. Martynov, Can Inst of Aviation Fuels and
LAricants, TsIATIM, 5 pp
"Zollold Zhur" Vol X, Do 3
Arplaine method vhereby It is possible to determine tkkel
critical dispersion of highly concentrated amull ione an
the basis of their relative viscosity, and conversely
to"determine the viscosity of the system on the basis
of its critical dispersion. Submitted 12 Mar 1947.
7&6
PA 78T8

Emulsions
~~ral Problems in the Theoryof Amlss~cns: n
'V*661ty of Emulsions in Relation to the Degran.or:
.:Di"ersioCL'w V. M. Martynow, Cen Sti. Aes Inst of
OV
"Am,puels and Oils, Mose VP
ltiiiloid Zbur- Vol XI, No
proofs of theories relating to the fact
density of emulsions at constant texPerstufts
the influence of outside pressures depand'
rdft,* degree of di"ersion. Deterainid, that a=.:
face tension increases Vith growth of outside
6314MUD
~~-/Phpjcs,. Dispersion (Coa+A)
presgure an the division boundary of the system
Jossipene-vater solution of sodim oleate. Shows
thit the thickness of the transfez'"r at the
d1vision bound'ary of the syntax benzIene-vater
Alm of sodium clestat In about 4.7 angstroms
Sibuitted 25 Feb 48.
63/4W3.10

MARMICV). V.
MRr 49
Wthematice - Applied
0"0 Problem of the Dependence of Surface Tension w
tht Radius of the Curve of the Surface of Separatlao
T. Jkrtynov, Inst of Aviation Fuels and Oils, MONOCOV,
"Zimr Fiz Ehimil" Vol XXIII, No 3
tIcal discussion of
ovolying several fermulas
tbrough original vork by
lous work in subject.
subject relationship
for various conditions
autbor and reference to
wsAgTli3

The shape of drops in bWdy dispom elmulaims amd fop.
V Nf, M~ttyw- Kolloid. Zhur. 12. 359-42(IONI) - -
s.,fam I. Skm v of a surface, whose radius of curvature is
1. i, P.P. !P - 21bl'IOS) 1; vs is surface ten" a# a pl-Ine our.
lao and a V &S is the variation of val. with surface at conqd_
t,m%surr -nd temp. (cf. C.A. 43. &Wla). Ifence, a ncff.
,ph~rwul urfacr any have a lower energy F than the
On1hrossurnplion
4 probabir vaturs for OV!aS it is found, r~g, that it d(xk~cs-
~Prclrnn has a knrrr F than the sphree of equal vol. it r is
10 -6 cm r Irss. Emulsions often ha ve nonsphrrical dropo
Ttrus, on emulsion of PhOll in O.j4O/, aq. No slr~ratr of 56'
~Iaqwd many disk or filxmrol-lik~ partic-le, They ffuy
hAve rpsil Aapes. j j I)ikrrm,4n

MARTYNOV. VA.
~- ~ -
Symaeresis of greases; effect of temperature on the synaereals of gels
of lithium stearate in instrument oil. Xhim.i takh.topl.no.9:63-66 S
'56. (MLRA 9: 10)
I.Vaeso.vuznyy nauchno-issledovatelIBkiy institut Neftyanoy nromyshlen-
nosti.
(Lubrication and lubricmts) (Synerests) (Stearatee)

1-1 -11.1.:11"..' " ~~ . I . ~ ~_' ~ '~. ~ I- ;z :: . : , . - III _,I ~ I- Ij - a
;7
i :~A- Y
i

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*v I
ANJOW, 4W. W#
"77
Vol - of Almost m

1: casein (1) soln. could etnulsify 8.01 10.5. a
nd 11.
beptane when x was 4, 8.2, or 10.1, resp. When
kept at -16* atid thm used as tnuasifyiag agent ht
temp.,. it could emolsUy. 4.3, ~2.7. and 2~2 vol. CjHI#
---abavex, nd--th
grea- Ofq, Cc.- h~pt jme
~2 _.A -ii4
~m At 4-4;
'
-
d -
A
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wi
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Vi -Ad

tap. er the
se"s I ZWA,- 4 v -temp. Wen whoul
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r~,A AT V, Al
SOV/81-59-19-69227
Translation from: Referativnyy zhurnal. Khimiya, 1959, Nr 19, p 394 (USSR)
AUTHOR: Martynov, VA
TITLE: On the Mechanism of the Protective Action of Consistent Lubricants
From Atmospheric Corrosion
PERIODICAL: Tr. Vses. n.-i. in-t po pererabotke nefti I gaza I polucheniyu iskusstv.
zhidk. topliva, 1958, Nr 7, pp 414 - 433
ABSTRACT: The theoretical principles of the mechanism Of protective action of
consistant lubricants (CL) from atmospheric corrosion have been con-
sidered. Starting from the idea that corrosion Is mainly determined
by the penetration of moisture and 02 through a lubricant layer to the
surface of the metal the author states: CL in thin layers should have
a minimum moisture and air penetrability; CL should not contain com-
ponents capable of dissolving in an adsorption film of moisture and
increasing thereby its electric conductivity; it is desirable that C
contains components which are easily adsorbed on the surface of the
protected metal and decrease its wettability by water; it is expedl
Card 1/2 dry carefully the surfaces to be protected before application of CL

SOV/81-59-19-69227
On the Mechanism of the Protective Action of Consistent Lubricants From Atmospheric
Corrosion
to carry out the conservation at a relative humidity of the atmosphere below the
critical point (for iron and copper -75%); it is desirable to apply CL to the
metal in a uniform layer and to treat the surface of the metal to the highest
smoothness possible. On the device developed by the author the investigation of
the moisture penetrability of 5 CL's (tsiatim - 201, -221, -205, gun lubricant and
technical vaseline) and of the hygroscopicity of the tsiatim-221 lubricant has been
carried out. The highest moisture penetrability has tsiatim-221, the lowest -205.
It has been confirmed that the penetration of water vapors through a lubricant obeys
Fick's law of diffusion, and the value of penetrability Increases with temperature
according to the exponential law.
P. Kazhdan Ll~
Card 2/2

Translation from: Referativnyy zhurnal. Khimiya, 1959, Nr !6, P 4~'6
AUTHORS: Martynov, V.Ml-, Kaulina, M. W., Kochkova' R.I.
TITLE: Aging and Volume-Mechanical Properties of Consistent Lubricanto
P~c,RIODICAL: Tr. Vses. n.-i. in-t po pererabotke nefti i gaza i polucheniyu
iskusstv. zhidk. topliva, 1958, Nr 7, PP 453-448
AB6TRACT: The changes in volume-mechanical properties (effective viscosity
and strength limit ( -r ) of the consistent lubricants
nr
tsiatim-201 and -221 have been studied. These changes mz:re causea
by the Partial sepaxation of the liquid phase and also by tne ux.-
dation of CL, which take place while staring CL in the packing ma-
terial or on products. The oils were pressed uut Liechanica-Ily
from CL. For oxidation a layer of CL with a thickness of 1 mm,
applied on to a steel plate, was irradiated by a quartz lamp at
75+ 20C up to attaining the desired depth of oxidation. 1-amples
of CL were also investigated which had been taken from machine
parts after storing under actual conditions, %,and T r were de-
Card 1/2 termined with a rotation viscosimeter of V.P. PavlovIls! type. At

Aging and Volume-idechanical ProPerties of Consistent Lubricants
the elimination of up to 20~2 of oil the increase of -rtin both inve.3tigated CL
is insignificant. The increase of I at the expense of the elimination of oil
from CL stored under actual conditions can maniTest itself in the operation of
only especially precise mechanisms; T,,, of CL increases in proportion to the
oil elimination in a higher degree than Ttdoes. During oxidation -1 arid T"
of CL-201 and -221 increases in the beginning ( in CL-221 in the lieginnint,";'
at small speed Cradients. falls sharply). At continuation of the oxidatin,
-r and of CL practically do not change. It has been established that
during storing of CL-221 its -1 within 19 inonths rose 3-4.5 timej and
.10 times. This is explained not by oxidation or separation of the oil,
but by absorption of moisture from the air.
t. Ka-zhdan.
Card 2/2

B.SSV/65-58-10-14/15
AUTHORS: Martyno-r, V_._ M. and Kuchinskaya,
TITLE: Diffusion of Water Vapours Through Thin Layers of isubri-
eating Oils (Proniknoveniye parov vody cherez tonklye
8101 konsistentnykh smazok)
MRIODICAL: Khimiya I Tekhnologiya Topliv i Masel, 1958, Nr 10,
pp 64 - 69 (USSR)
ABSTRACT- The formation of poly-molecular adsorption layers on
metal surfaces, covered with lubricating oils, can be
defined by the diffusion of water vapours through the
protective oil layers The rate of sorption and de-
sorption is relatively high when compared to dif-
fusion because the sorption equilibrium is established
quickly and thereafter limited by diffuslon~ The rate
of passing of moisture through the oil layer can be
defined by theiAte of diffusions The authors have
used Fik~s equation (Ref.11) which applies to the dif-
fusion of gases if they do not chemically interact with
the material of the membrane. Water vapours are only
dissolved in very minute quantities In most lubricating
oils without forming new chemical compounds, there-
fore, Fik's equation is applicable~ A modifieu equation
Card 1/3 is given for determining the rate of diffusion during

Diffusion ofWater Vapours ThrouLh Thin -Layers of Lubricating Oils
corrosion where new chemical. compounds are formed.
Various deficiencies of the test apparatus,used In
previous -:- 1pariments, are pointed out and a modified
testing de-.I:~e is described~ Experimental da~ a on the
moisture cf lubricating oils at 20 C are given
In the form ~,f a grapL (Fig.2). All tested lubricants
shmed. a .11near dependence between the quantity of mois-
ture passirg thrl-ugh the oil layer and the time. The
dif'Pasion of water vap~tur Is practically Independent on
the relati"ie mcAsture between 60 and 100% (Table 1) and
the rate cf diffusori decreases linearly (Fig.3). The
influence ,f the t~l-;kness of the oil layer on the dif-
fusion cf the water -rapour Is shown in Table 2. Data
in both tables Indicate that the rate of diffusion varies
considerably within one group of oils i.e. for Tsiatim
201 it is 1.5 times higher and for Tsiatim 205 by 25 to 30
times lower than for Tsiatim 221. Atmospheric corrosion
is, therefore, reduced to a low degree when using Tsiatim
205. R. Berrer (Ref.9) showed that the gas and vapour
difftision through organic membranes depends on the
temperature. The authors used his equation for character-
Card 2/3 Ising the water vapour diffasion through oils (Table 3 and

BOV/65-58-10-14/15
Diffusion of Water Vapours Through Thin Layers of Lubricating Oils
Fig.4). They also calculated the activation energy;
for Tsiatim 221 this equalled 7,750 cal/mole. There
are 4 Pigures, 3 Tables and 16 References: 2 English
and 14 Soviet.
ASSOCIATION: VNII NP
Card 3/3

TO-155
A 13 T 110 ~7L:' , M. V.
TITLE: E Ev~.'Iuitlon of' the Prolu-e,.tive
Properties ot' Con,.;I,,tcnt Lubri.ants
HIMIODICALi almiya 11 teklinolo,,--iya toplIv I masel, 1960, Nr -7)
On 22-2~',
A BS~TF'Lt', t'T: The autho-~, :;tii ilc-~ the of diffevent
-:Itlr,j- olls to a metal from corro,ion ',)y
ine,,Ln-, of a mi,--olfalv,-nic couple. Since the corr-osion.
-urrent is ~ltrl,.-tly !,rooortioi,al to the lIfflosion
-ste of' oxy~-,evi to the metal ssui~face through the
lubricant layer, on this basis It was, po.-.-il)le to
determine the rate of' corrosion and protective
propertle~3 of lubricants. The ability of different
ll)bricitingl olls, to protect metal from corrosion is
shown In Fig. 2. The existence of the induction
perIcd of' the COPI-O.SiOn of metal under the lubricant

card 1/1'. layer was proven experimentally. The results are

Electrochemical Evaluation of the
Protective Properties of Consistent
Lubricants
Fig. 2'. Corrosion
kinetics under the
lubricant layer. (1)
MVP oil; (2) tsiatim-
202; (5) silicone oil;
(4) tstatim-201; (5)
tsiatim-221; (6)

technical vaseline; 10,05
I)
(7) gun oil.
77933
sov/65-6o-3-6/ic,
Card 21

E,;zi;u:;Ljor, T(') ~, 3
Frotective P-vopertie:,: o." 30v1r
LubricantB
shown in Tat,le 5. It wa:; e3tabllshed that the
corrosion product:.; of metal diffut3e through the
lubricant layer, e.,;pecizilly If It it; less thar,
0.1- -min thir-V. 'Phe-e ,-,re fli7lupes; au-1;
Card 3/5

Key to Table 3 on Card 5/5
77933 sov/6p-6o-3-6/19
Table 3. Induction period of corrosion under the
lubricant layer.
Card 4/5 7,3

Elect rochemi Eval-ja'~Io-. o!' '--.e
Protel,tive ProDe.- les c).'*
Lubricants
Kev to Table (1) Tem~pe,,-a! -:,e T~,
1-1brican', ILA~,e:,. C.. A ,;o c1, o
V
cr) "Op 0", 11,~-O Jw-! 1 el
Pe,-: e t r:~ I o,. o
13 T e I
C a

MARTYNOV, V.M.
PIM-2 devJ~-a fcr :j,TPrm-ining the Pvaporab4lity of lubricants.
I
Nefteper. i neft~,khim. no.8-40-43 163. (14IRA 17: 8)
1. Vsesoyuziiyy nau,-I~nc--4..~--~,ledovate"llgkiy institut po pererabotke
nefti i gaza.

MA.RTYNOV, V.M.; MROZOVA, M.V.
Determination of the saturated vapor pressure of lubricants.
Khim. i tekh. topl. i masel 8 no.12:62-65 D 163. (MIRA !?:I;
1. Vsesoyuznyy nauchno-issledovatellskiy institut po pererhbotke
nefti i gazov i polucheniyu iskusstvennogo zhidkc)go topliva.

MARTYNOV, V.M.
DeterTd.ning the moisture content of lubricants. Nef-teper. i
neftekhi.m. no.5:25-27 f64. (MIRA 17:9)
1. Vaesoyuznyy nauchno-isaledovatellskiy institut po pererabotk~
nefti i gaza i polucheniy-u iskusstvannogo zhidkogo toplive.

V.::. :"G..0-7OVA, r:.V.
,~ARTYIIIOV)
D t t L
L
ot.~ )ft 1 1
razr~ i o-:,C", II _V, -S~,

se v 6t" V6 tavis,
-stinaa rd wil
a ear,-
--we
1- - Iii-N-93pois
te-
:a Val= aTp ~ a YUPW

7~~'. T

1)'Ali'.'fl"l'-'V: V.f",.,- M(I~f)ZIJVA, KiJUINSKAYA, N.D.
8-~ dring imr(-a s e I r, co sr- c f-absorption cf water vapors. Neftpper. i
neftekt2-n. nL..1:26-26 lo'), (!411RA 106)
1; Vs.,sr-y-jzny-r Institut p0 perox-abotke
nefti 1 g6zc),, i iskusstvpnnogo zhidkogo topliva.

T- t-4-A
V. ~T-
!6k,,Ibz dl
roll 0- C.
m-m*asiat coat 0.~T)nm-~ lif~-tb
20
eS e Ait
A
Meta a on.~j nil "ure -At 0 10 -A
-2
0 -tett,,-, urat
- W-C atil: Ibi 1 't

L-:me,

13049--65 M(M)/T Di
AI;C ~14& AP0027589 SOURCE CODE: t)R/0065/65/000/011/0046/0050
X; Morozova~ V. M.
ORG: VNII P
stability of lubricants
itekhnologiya topliv t masel e,noo 11, 1965, 46-50
TOPIC TAGS-Ahermal, stability, lubricant property, oxidation kinetics
.~ABSTRACT: ne thermal -stability of lubricants can be determined from the rate of absorption
r - If the siffistance does not react with oxygen, froin.the Increase in the vapor
-.pressurepver. the. lubricant at- constant temperature. A device based an these principles and
equipped with. a differential eter was used to determine the thermal stability (in the
~r6ier" juoo-*~*ence:of 'oxygen) of the following lubricants: VMS- 0,, PMS-100, didecyl
2
1* VNII NP-478, thiodivaleric eater, ToiATIM-201, and AMG-10. 7%e decom-
#ZY_ Wqp. i
c
fati of the, lubricants was found to vary: ex
Mon Mr ponentially with the temperaturi
Th,
'' tiompexature-. "ich,alubricant can be used is determined by the magnitude of the
W
the ebomposition e- service a e o t of the
or oxidation, th tim and th am un
that.the curves of the decomposition (or oxidation) kinetics at low
from data obtained it higher temperaturis. Orig. art. has-
e and 3 formulas.
Of SUBM. DATE: none ORIG REF: ON/ OTH REF: 001
Clird UDC:621.892:530. 096

L 29707-66 EVrr(m)lr DJ
ACC NR: AP6015114 (4) SOURCE CODE: UR/0065/66/000/005/0023/0026
AUTHOR: 1b. Martynov, V. M.
ORG: VNIINP
TITLE: Kinetics of isothermal evaporation of lubricating materials from thin
layers under static conditions
SOURCE: Khlmiya i tekhnologiya topliv i masel, no. 5, 1966, 23-26
TOPIC TAGS: evaporation, lubricant, vapor pressure
ABSTRACT: The paper presents a derivation and experimental verification of the ki-
netics of isothermal evaporation of multicomponent lubricating systems from a thin
layer under static conditions. It is postulated that Raoult's law applies to lubri-
cating materials, i.e., that the partial vapor pressure of a component is propor-
tional to its concentration in the condensed phase. It is also assumed that the
evaporation of each component occurs independent?v of the presence of the other com-
ponents. The derived equations describe the kinetics of isothermal evaporation from
a thin layer and may be used in evaluating the amount of oil evaporated during any
c
Card 1/2 UDC: 665.521.5 : 620.181.5

L 29707-66
ACC NR: AP6015114
4~~
interval of time at constant temperature at a given velocity of the air flow. Orig.
art. has: 2 figures and 9 formulas.
SUB CDDE:11107/ SUBM DATE: 00/ ORIG REF: 012/ OTH REF: 000
4
Card 2/2 ~ CI

1. MARTYNOV, V. M.t KRYIDV, A. V., Prof.
2. MSR (600)
4, Field Crops
7. Best varieties of cereal and oil plants and perennial grasses for irrigation
farming. Dost. sellkhoz. No* 4j 1952.
9. Monthly List of Russian Accessions, Library of Congress, January -1953. Unclassified

1. KRYLOV, h. V. an d MARTYNOV. _V. M. Profs.
2. USSR (60r))
4. Afforestation
7. Grasslqnd agriculture; lecture 6 in rp:-ies designed to he] p tnose tjtkir,,-. ,:o rq,,F, for
raisin-, quAlificati,ns of collective farm forasters. Lea i step' ti no. 12,
9. Month1Z List of 'Lussian Accesnions, Library of Conp~rpsF, March 19~3, Uncl:~Lsflifi-d.

1 . FATiTYNOV, V. F.
2. USSR (6oo)
4. 'Whe a t
7- Preparatory crops for winter and spring wheat, 3ov. agron., 11,
No. 2. 1953-
-9:N~' *-il~lc'-.
9. Monthly List of Russian Accessions, Library of Congress, Aprll X

MOINICH. ?.To., redaktor, USRAKOVA. Ye.I., akademik, redaktor; RAGRAMOV, G.G.,
redaktor; TIVDOKIKOV, N.M., redaktor; reds kt or;
BTJDTUX, V.P., redaktor; GUMICH, N.M., takhnicheskiy redal-tor
(Methods of state testing of varieties of farm crops; vegetables,
melons and squash, potatoes, and fodder root crops] Metodiks
gosudarstvennogo sortoispytaniia sellskokhoxiatetvennykh kulltur;
ovoshchnye. bakhchevys kul'tury. kartofell i kormovye korneplody.
Pod red. P.I.Marinicha i dr. Moskva, Gos. Izd-vo selkhoz. lit-ry.
1956. 260 p. (miaA 9:9)
(Plants. Cultivated)

URTYEDY, V.M., kandidat sel'skokho2MBtv8xnykh nauk.
--- - , - --
Reading of wheat In recently reclaimed Ian" . Priroda 45 n0-7:126
J1 #56. (KIRA 9:9)
1.Gesudaratvannaya komissi7a po sortoiapytaniyu seltakokhozyaystven-
nykh kulltur, Moskva.
(Wheat)

KARTYWY, V.H., kandidat sell mkokh9z7ajrstvennykh nau .
Harvesting of spring vhest in the eastern regions. Prire" 45 ne.8:
124-125 Ag 156. (KIRA 9: 9)
1.Geskomissiya pe sorteispytaniyam, Moskva.
(Siberia-Vneat)

UWYNOV, VA., kandidat sel'skokhozyaystvennykh nauk.
- - - - -1- - - .-
Cessation of fall growing of winter wheat. Priroda 45 no.1-1:124
N '56. (MLRA 9:11)
1. Gosudaretvennaya komissiya po sortoiopytaniyu sel'skokhozyay-
stvennykh kulltur, Moskva.
(Wheat)

r AT E-G(D
A:~. jojR . -~Iz3ao* 19
,

I A T
T ITL~-, Ti, ~;t I:ig 'lar ie! If-:. r),,' Int(
-Oil
CDP IG . F-Ij B , Tr; form . hW-I(',. ':~05. r,01--i. PC SDl-t0i'T:vt

J 1~ c w c, .--r i r os 1 e in
E, TI, z C:ri~- 0 T. L I o". c a r I v
S c F e r Zi (- 7- s- :.-,u,, i~ a,_,~ eci T: r, r c
P.1 t i In r -.,;Ileat f'o"llow4--ig cr.
o w e r t a z. w f ow U. U'~
5 L, r a i r. n& r V~: 'i f. xcu t. a s 1. -1 f I .;v i,.
a i -e u s c h
ow
U r a T, a e,-, ',,t: -I S
C:, 7- !:z i o lov- r "le, Z_~:, 3
S K 7 C'.-.E- k

BOYN7, Nikolay Dmitriyevich; BUDYUK. Vasiliy Poltonovich: XARTMVv---
Valentin Kikhaylovich, kand.sellskokh02.nouk; PLRSHKOV. B.I.,
red.
(Growing oilseed plants in the Trans-Ural region, Siberia
and Kazakhstan) Vozdelyvanie mslichnykh kulltur v Zauralle.
Sibiri I Kazakhatane. Koskva, Gos.izd-vo sallkhoz.lit-ry,
1959. 162 p. (MIRA 12:10)
(Siberia-Oilseed plants) (Kazakhstan--Oilseed plants)

1. VIAMIXV, V. A.
2. US-`,R (600)
4. Bi-od - Corpu~-cles and Platel-~ts
7. Age chanr7es in the rct*.c;-Iocy+,es in the p-rirheral Irl-od of k7~ra'r-.,d 3o:!b.
MCI SSSR no. -1-0, 19--l.
9. Monthly List of Russian Accessions, Libr2ry of Con.-ress, Marcli 1953, UncItissified .

lwi-rnfov, V. 1'.
IT-xoeri mental -I nvef;ti,-.%ti on o-' t::e --r, ce%-B c,~ ~t --r L.-A 1W in Ro 11 1'1 iii3.s
de . 'C~ z .- . !, .: I11~ -, ^,- - ~I S,21
_7e
Tf- -:. nc,
Sur-imEry 71, 4 sc- 52, Dicaertations ;~rpsen*,e-~ f,~r ir. 1~--I
ir. In 11450. rr o Tr veclierr-vr~ya Vosirva, 1',,Ir-Df-c

MTYNOVO V.N., kandidat tekhnicheakikh nauk; IRIMV, Ye.P., kandidat tekhni-
- ---- c6~laih nauk, redaktor-, POPOVA, S.M., takhnicheakiv redaktar.
[Investigating roll press forging processes] Iseledovanlia protsessa
shtampovki v valitsakh. Pod red. R.P. Unksova. Moskva, Gos.nauchno-
tekhn.izd-ve mashinostroitellnoi lit-ry, 1952. 53 P. (Moscow. TSentrall-
nvi nauchno-iosledovatellskii institut tekhnalegli i mashinostroaniia.
Nauchno-takhnicheakala Informatsila, no.10). (MI-RA 9-7)
(Forging)

ARISTOV, V.N., kandidat takhnicheakikh nauk; M&RTYfiUV, V.b., kandidat tekhni-
cheskikh nauk.
Producing automobile and tractor forgings with forging rollers. Avt.trakt.
prou.no.5:20-24 My '53. (vTRA 6:5,1
1. Central Scientific Research Institute of Machine Building.
(Automobiles--Apparatus and supplies) (Forging)

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83470
3/182/60/000/cK, 1 10041`)(Y~
A16l/AO29
AUTHORS: Bagatov, B.N.; Martynov, V.N.; Povarov, V.S
TITLE: Progressive Trends In Production of ForgirFafor Steam and Ga,- T-Ir-
bine Blades
PERIODICAL: Kuznechno-shtampovochnoye proizvodstvo, 1960, No. 1, pp, 17 - 19
TFXT., Brief general Information Is given on new precision forging methods
for turbine and compressor blades 4~&TsNIITMASh has developed a new technology oon-
sisting in extrusion and rolling operations, and straightening combined with heat
treatment. The first experimental blades for the 7th stage of PT-600-6 (GT-600-61
turbine and 14th and 16th stages of BR-50-1 (VK-50-1) are shown (Figs 1 and 2
in shaping stages beginning with cylindrical billet and ending with ready forged
blade. For comparison, the forging equipment used In industry at the time being,
and suggested by LF VPTI on Leningradskiy filial VPTI tyazhelogo mashinostroyeniya
(Leningrad Branch of VPTI of Heavy Machine Buildi ) and by TsNIITMASh is listed
in tables (Table I and 27. All methods give the same 2 - 3 mm machining allow-
ance, but the new method requires simpler equipment and less power, The Tdurnmsh
version (right in Table 1) takes a specialized 1,000-ton hydraulic press for ex-
Card 1/3

83470
s/i 82,/6o//ow/oo1/ oc)-?4,;,Do
A161//AO29
Progressive Trends in Production of Forgings for Steam and Gas Turbine Blades
trusion; specialized 315-ton forging rolls for rolling, and a special 2,OOG-ton
press for straiglitening-sizing The general trend is organization of specialized
production centers. Organisational suggestions have been made also by NIAT.
TsNIITMASh has suggested five plan versions for line production of blade forg-
ings for stationary steam and gas turbines. All systems either eliminate milling,
or require only little of It, raise the metal utilization coefficient from 0.2 to
0.5, and cut the work and costs from 35 to 50% compared to the present production
practice. An approximate equipment layout is shown (Fig 3) for production of
turbine and compressor blades with constant as well as varying cross section area
and without reinforcement of the work portion. A hot-rolled rol-Wd bar is
straightened in machine "I'l , passes to a centerless stripping macqine "2" fcr re-
moving surface defects, then it Is heated, and cut into blanks in a special die
in a crank press, "3", then the blanks are heated without formation of scale to
the temperature of the upper deformation interval, lubricated, flattened and ex-
truded in a special press, "4% in single heating, cleaned after cooling in the
installation "5", they pass into inspection and go on into the heating fl-irnace
"6" with protective atmosphere, pass into special forging rolls 'T' and from
Card 2/3

83hTJ
s/ 1 82/6o/oocvor)i,:'0( )41/001_~'
A161//AO29
Progressive Trends In Production of Forgings for Steam and Gas Turbine Blade6
there into the first die groove, then into the second die. Here the blade is de-
formed to the final size, and twisted In the output if necessary. Rolled forg-
ings are cleaned, pass inspection, and go into heat treatment on the furnaces "-I"
and "9", and into the straightening press "10"- This process has been tested in
experiments at TsN-11TMASh, and no deterioration of metal st'? cture has been Db-
served. The blade material is mentioned to be 2X13 (~~l Iteel. Foreign prac-
tice in production of turbine blades is also briefly outlined, and reference 11~
made to a German article (Ref. 2). There are 3 figures, 2 tables: and 2 refer-
ences~ 1 Soviet and I German.
Card 3/3

PHASE I BOOY EXPLOITATICN. STi/5799
Unksov, Ye.P., Doctor of Technica.1 Sciences, Frofeasor, Ed.
Sovre=ennWe sostoyanlye huznechno-Oht=-,,ovochno,3o proizvodstva (Present State
of the Pressworking of Metals) 1moacuz) mazhgiz, 1961. 454 Y- 5000 copies
printed.
Ed. of Publishing House: A.I. Sirotin; Tcch. Ed.: B.I. Model'; Hnnagiag Ed. for
Literature on the Hot Working of 'Xetals: S.Ya. Golovin, Engineer.
Title: Kuznechno-Ghtampavocbnoye proizvodstvo v SSSR (The Prosworking of Fetals
In the USSR) by: A.V. Altyki3, D.I. Bcrczh1*ovakiy, V.P. Volkov-itskiy, I.I.
Girsh (deceased), L.D. Gollman, S.P. Granovsk.1y, N.S, Dobrinskiy. A.I. Zimin,
S. L. Zlotaikov, A.I. KaZalcyvakiy, P.V, Lobachcv, V.N. Martynov, Ye.N. Mo3h-
nin, G,A, Navrotakiy, Ya.M. Okhrimenko, G.N. Rovinakly, Yo.A. Stcaha, Yu.L.
Rozhdestvenskiy, N,V. Tikhcmirov, Ye.P. Unksov, V.F. Shcheglov, and L.A. Shof-
man, EdB-. Ye.P. Unksav, Doctor of Technical Sciences, Professor, and B.V. Roza.
nov.
Title: Kuznechno-Bhtampovochnoye nroizvodztvo v ChSSR (The Pressworking of Metals
In the Czechoalovak SR) by: S. Burda, F. Hraz&il., F. Drastfk, F. ZlatohljC-,rok
Card 1/8