SCIENTIFIC ABSTRACT PATRIKEYEV, G. A. - PATRIKEYEV, V. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001239430006-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

81868
The Molecular Mechanism Underlying the B/020J60/133/02/44/068
Deformations of Polymeric Substances B004/Bo64
structural elements directed against one another and along the trans-
verse axis. Durability tests of natural rubber HK (NK), iso rene rubber"
\9 sodium butadiene rubber CKS (SKB), divin ~styrene rub4 Ck (BSK),
polychloroprene rubber,Vand butyl rubber~;showed stability in elastic
properties, whereas in the case of divinylnitrile- and divinyletyrene
"carboxyl" - rubber a alight change of the elastic properties could be
observed. After removal of the tension, however, a structural hysteresis
occurs, which is followed - in the case of repeated tension - by a
thizotropic softening (Fig. 1). The author found experimentally to-
gether with Ye. A. Abramova and T. S. Dvorkina that this thizotropic
change of structure is always irreversible if a critical tension is ex-
ceeded (Fig. 2). An equation suggested by G. A. Patrikeyev and
V. H. Fedorov (Ref. 15) is discussed (Fig. 3). On the basis of the con-
cepts mentioned in Ref. 129 it is impossible to explain the molecular
mechanism of the deformation of an elastic network. Intensive exten-
sion must be used as an indirect method for studying the structure of
the polymers and the molecular mechanism. For this purpose a comple-
tion of the test device is necessary to render possible the experi-
mental proof of the formation of an elastic net in deformation.
Card 2/3

81868
The Molecular Mechanism
Deformationsof Polymerii)
There are 3 figures and
I German.
PRESENTED: March 16,
Underlying the 8/020/60/133/02/44/068
Substances B004/Bo64
15 references: 14 Soviet, 1 British, &nd
1960, by V. A. Kargin, Academician q1 1-1
SUBMITTED: March 15, 1960
Card 3/03

PATRIKEYLT, G.A.
Molecular mechanism underlying the deformations of polymor
subatanoes. Dokl.AN SSSR 133 n0.2:405-408 J1 160.
(MIRA 13:7)
(Polymers) (Deformations(Mechanice))

_'_B0!MCT__CW'E'_ - U MDT -
ACC NR 11W0U-L20Y0- IT/O 16610OTrO 6 97 15097
INVENT,
OR: Shatrov, N. F..; Lazarev, M. N.; Patrikeyev, G. A.; Zakha 1yev, G. A.
ORG: None
TITLE: A device for measuring the total pressure in the face sections of a gas mask.
Class 42, No. 181359 [announced by the Military Academy of Chemical Protection
(Vcyeanaya akademiya khimicheskoy zashchity)]
SOURCE: Izobreteniya. promyshlennyye obraztey, tovarnyye znaki, no. ~. 1966, 97
TOPIC TAGS: gas mask, pressure measurement
ABSTRACT: This Author's Certificate introduces a device for measuring the total
pressure in the face sections of a gas mask. 'Die unit contains a base and a sec-
tional, model of a head which is divided along the cross section. One of the parts
of this model is fastened to a dynamometric cpring element and connected to a force
measuring mechanism, while the other in mounted on a feed mechanism. Measurement
accuracy is improved by making the model in the form of two spherical sections with
different diameters and a flat base at the point of junction.
2 uDc: 620.162.4;623.445.4

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SUB CODE; 15, 14/ SUBM DATEC 31Jul64
I
N
1 and 2--apherical sections

Z'01'Td T C n'S -F
L ro l
F (C ~/Z N P(- 7 P ;'E' N P
ACCASSION NR: AT5004108
AUTHOR: Vatrikeyev, G. A.: Antchak V. K.: Levin'shteyn, 14. S., nronc)v, I. I.#
abr sive wear resintancki~of
TITLE: New method and apparatus for determining the a
rubberiied fabrics
SOURCE: Nauchno-tekhniche3koye soveshchaniye Vp momq iznosu rezin. Mos-
sior
-ey
cow. 1961. Friktnionayy iziios rezin orict onal x4car of rubber); sbornik stat
Moscow, 1zd-V0 Miim.iy~' 1964, 238-241
TOPIC TAGS: rubber wear, frictional wear, rubber abrasion, abrasion tester, rub-
berized fabric
-ABSTRACT,, An apparatus ha:i been developed for testing the abrasive wear of rubber-
idj abrics- at--a-se lee Led sa-vaplecurvature-under stress and at selected loads.
i
z
Exchangeable sample holders-of 3-32 mm radius determine the desired ctirvaturc. I lie
movable carria*e (6 in Fig. I of the Enclosure) is covered vith an exchangeable a-
Drasive material and driven at speeds corresponding to 8-130 cycles/min and I Inax-
imum velocity of O.In/sec, Pressures of 0.1-5 kg/cm2 are applied and the co-ntact
area changes from 0.2 to 1 dM2' Vie wear resistance of the example is defincd ns
Calrd

L 40561-6a
ACCESSIC14 WR: A-350041108
cycles or as the length of the friction path required for the total
the number of
i. destruction of the rubber layer, which is determined visually. "The authors ac-
-ov, 1. M. Lebedev.'and L-1- Kolodyazlinyy in
knowledge the assistame of P. Li Myagl,
d s. --or C3 has: 4 f igures.
developing the apparatus artj
ASSOCIATION: None
ENCL: SUB CODE: HT, 1E
SUBMITTLD: 05Aug6,41
101
NO REF 90V#. 003 0111M. 0
Card 2/4

L 31998-651 ?,V1 "'u/c.
ACCESSION NR: AT304101
S/0000/64/000/000/0130/0135
AUTHOR: Patnrikke'vey,, 0 A Antcl Levinshtcyn, M. S. lg~renov 1.
iak) V K.
- - ___L_J~. "
Myn ~.bedev K v
YJSOV, F. L. TUIG~6 to
TITLE: The destruction of rubberized materials by abrasion
SOURCE: Nauchno-tpkImIcheskeye soveshchaniye po friktsionnornu lzno,3u rezin. bloscmy,
1 1961. Frilaio-n-n-yy-fznos-reiin-(*.PiietionaI wear of rubbeR),__s5_o_r_R_kstatey.
~o Xhimlya, 1964, 130-135
oi
TOP-IC TAGS: rubber, rubber wear, frictional wear, rubber abrasion,
rubberized fabric
ABSTRAC The effeal of pressure, deformation, contact area and speed on the abrasion
of rubberized rnateriald wns studied. Tingle- or double-aided rubberized cotton fabrics
were subjected to abrasion on a newly developed tester (see p. 238 in this same (011ection).
A linear relationship was ahown to exist beoveen pressure (0. 3-5 kg/CM2) 1n(1 N,
number of McUon cycles required for the destruction of material; but a num)>eir _4 (.,ritical
aple holder) an 1 0 f or-
ratios of pressure contact area (and the related radius of the sar
1 mation were estabilshed at which a rapid change in the fabric properties occurs nrid

Al
L 31996-65
AT500410!
ACCESSION NR.
le-d6stfuctlon of the material is rapidly The study of the N-pressure
relationsbio tit consta-wit contact area or constant deformation therefore requires pre.-
liminary M'easurements under variable conditions to establish possibly rixisting critical
conditions. The study of abraded materials indicated the e-rdstence of varlouv abr,,ision
mechanisms, including pure abrasion, tearing-out and breaking-out of parts, and the
4dhesive failure of the rubber layer, Goox.1 adhesion qfAhe latter to the textile 1xise is
m2) pi_e_Es~P_s.k-'5"
paitimilarly required at high (3-5 kg/c
-has: 6 figures and I table.
Orig.. art
ASSOCIATION: None
SUBMITTED., 05Aug 64 ENCL. 00
SUB CODE: MT
F BOV-1 000 OTHER- 000
NR RE
t
-Card 2/2

j_~G.A.
PAI~I~YF4V
The theoretical study of rubber tensility.
Report submitted for the 4th Scientific research conference on the Chemistry
and technoloU of synthetic and natural rubber. Yaroslavl, 1962

PATRIKEYEV G.A.
................
Molecular mechanism of the formation and develop,-,Jent of an
interface in the deformation of polymers in a highly elastic
state. Dokl. AN SSSR 146 no.2-402-405 S 162. (141RA 15:9)
1. Predstavleno akademikom A.V. Karginym.
(Macromolecular compounds)

5/020/62/146/002/0110/011)
B 10 I/B 144
AUT"OR: -Patrikeyev, G A.
TITLE: Molecular mechanism of the formation and development :3f
interfaces during deformation of polymer substances in
high-elastic state
Akademiya nauk SSSR. Doklady, v. 146, no. 2, 1)Q,
TEZT: The molecular mechanism on rupturinC is discussed on the ass-inptiqn
that a "micro-neck" is formed consisting of oriented, elastically
stretched parts of macromolecules. V. A. Kargin et al. (KoIL. zhurn.,
1), 131 (1)57); DAN, 122, 97 (1958)) consider this prt of the micro-neG,
to be an elastically stretched bundle of macromolecules. The follo,.N.n,
equation is %ritten down: F /R 3 , Fm a x,rF
Iz ' 112~3~4 ' z z
Fz/F 1/lmax, %here io the ratio between the
14 max - ~z
maximurn strength Fz of a rubber and the strength R z of tie
P3 is the mean tension of the surface layer, and F max is
expvriment,ii
macromolec"1Q,
the cjaxi,-I-j-.
Card 1/2

31020162114610021313/~r`)
Molecular mechanism of the formation... B101/B144
local stress. The other symbols are defined in DAN, 120, no.
(1950, ibid. 120, no 3, 562 1956), ZhFKh 33, n8: 9, 2081 (19,-))),
133, no. 2, 405 (1960~- 'Z z . ~~eb/E )(Me /SIM 1,/x5T 5) 1
z 0 7f. 1:
obtained, There Ceb is the relative elongation of the elas*,ic
macromolecules in the micro-neck, Ez is the maximum elonUiitior.,
number of central sections in the elnutic bundle, n. i~-, th.
of the macromolecule, an-J SM in the cross section of the
enerr,y Jensity on elastic elonFation of macromolecules i,:
103 cal-c--3 allo?,ini,, intensive chemical actions to take,
center of the micro-nec~. "'echanic.,,l ruiitur- of the el~,; i~
happenE lc a chain reactJon, is what first starts the fori,,
crackE. It is recomn:ended that thuF-e considerations shoul,11
in anolicntion to various effect.,~ ansociated with the rjeci,i,!
of :)O.Lymers. There are 2 figures and 1 table.
PRr'1':;ENT,-1*:) '.arch 29, 1962, by V. A. Kargin, Academician
SUB!'ITT-'D Mnrch 26, 1J62
Card 2/2

BYSTROV, S.A.; PATRIKEYEV, G.S.
The SShCh-I chip sorter. Der. prom. 13 nc.4:8-9 Ap 164.
(YJRA 1-1-4',
1. TSentrallnyy nauchno-issledovatel'skiy institut mekhanicheskoy
obrabotki drevesiny.

KORNEV, I.S.; Y-ENICHEV, V.M.; MORDUYEVA, A.A.; IGONINA, Yu.A.; PATRIKEYEEVY G.T.;
ANDROSIBHUK: S.M.; ZYYBTN, V.D.1 SHISHULINTA, L.M.
rl
I-lu:ltur,- me~--'a cthc-!- tjiun mirat extracts for the Tweparation of
A wid B botulin anatoxins. Vak. i syv. no.1:1-11 11:53.
(MIRA 18:8)

ILI
t I
ng~

VOROBIYEV, A.A.; VASILIYEVp 11-144 SAMORODGVP L.M.; VORCI,'TSOV, I.V.;
XATaIK&YEV, G T,; HAKARENKO, H.M.; ftinim.11 uchastiye:
AlWROSHCHU, S.M.; ZYBDI, V.D.; KORIEV, I.S.; NIKOLAYE11Y.0,
Yu.P.; CIIEIU-IOVA, V.A.; IGONINA, Yu.A.; MORDUYEVA, A.A.
Study of botulin anatoxins. Roport 1410.4: Botulin anatoxin type
E. Zhur. mikrobiol., epid. i icu=- 33 no.1:72-79 Ja 162.
(KIW, 15:3)
(GLCSTRIDIUA BOTULRUI) (TCXIIZ AIM ANTITOXINS)

N~f
L42~6
L42067.~65. ZWT(I)j~WA(jj"BVA(b)-2 JK
f E
-Z- GMIOII'-NR-. ---R5MOqO2 UR1028616510001007100921009)
AUMORSt Markovioh 1. V.; Voroblyevp A. A.; Vasillyev., No H d.;. - Patrikeyev., G.,
b
TIr LEt BotuUtie amatozins of types A and B. Class 30p Noe 169751
SOUICE: Byuneten'.47,obrateniY i tovarnykh znakovp no..7. 1965P 92 93
TOM TAGS:' anatoxin, toxic substance,, botulism, inoculation
GT.- This Author Certificato presents botulitio anatoxins., purified,
ABST.Uw
concentrated., and sorbed with aluminum hydroxide. To produce in the blood of the
~inoculated people the antitoxic titws of types A and B and of the order 1-3
AB/ml., one ml oX each preparation is mada to coritain = antigenic units (r, per
one AE),of the corresponding anatazLns with specific activity of no less than 3000:
BO/1-mg of.total nitrogen ard not over 395 ma of alumimm hydroxido,
Ns-- none---
MCL: OD SUB CODEs US
NO IW, sovt~,/40P OTMI 000

VOROBIYEV, A.A.- VASILIY~X, N.N.; kATIUKLYEV G T - ZYBIN, V.D.- KOIWEV, I.S. ;
I t 02 Y
AHANI)T+11, Ye.P , Prini=li uchaotiye: ANDRWIlCHUK, Yu.S.;
SHWLEVP V.m.; ibRDU~d i, N YOIAI- -
7 'A .A.; 11 'ZKO, YU.P.; YVAUKARDYA, V.A.;
CIIEF0107A, Yu.S.; FOYAHKOVA, M.A.
Study of botulin anatoxins. Report No.l: Botul-in anatoxin type A.
Zhur. mikrobiol., epid. i imun 2 no. :31-36 S '61. (I"Ll 15'2)
(CLOSTRIDIUM BOTULIHv,3 ?TOXIIZ AND ANTITOXINS)

VOROBIY:,,V, A.A.; VASILIM, N.N.; YEDICHEV, V.M.; PATRMYLVP G.T.;
SHMIZV, V.M.; ZYBIN, V.D.; KOPOLTY I.S.;
Prinimqli ucbastiye: AfiD;Ms',lGlTMKj S.],',.; HKOLAYENT.0, Yli.P.;
IIAMOVA, V.A.; CHERNOVA, Yij.S.;-f8YARKCVA, M.A.; IGONINA, Yu.A.;
MORDUYEVA, A.A. -III.
Study of botulin anatoxins. Report No.2: Botulin anato.Kin type B.
Zhur.milcrobiol.. epid. i inunun. 32 no.10:68-72 0 161. (I-MiA 14:10)
(CLOkRIDM,l BOTULIITLJM) (TOXIM AND AITTITOXIIS)

KRAV~~HENKO, A T.; N 11 KQv;, , N.". ; i~-' ,
Presence of gpecles- apeclIfic Fir.,-1z,ns
In cells cultured in vit-,? "or a nng F-riod. Hiul. exsr.
I _
biol. i med. ~i. no.9:-,'4-78 S I . 01'~IU i :Cii
1. Predstavlono deystv'ltpl'n)-r. ciilenom AW4 SS,~R Zll'berorr.

VILIRBSKIY, Tu.B.; CENNIRMN-MIN [Chien Kluang-ming]; PATRIKIAWAi, L-F-;
TULICHINSKAYA, Ye.I.
Blininating distortions in the inner making of color
waltilayer filzas. Zhur.nauch.i prikl.fot-i kin. 5 n0-3:
183-186 MY-Je 160. (MIRA 13:7)
1, yilial Yeesoyuznogo nauchno-iseledovatellskogo kInofoto-
Institute, g.Shoetka
(C;lor phot W aphy)

MI.X&F
E
L138196-66 VITM GD
ACC NRi AT6022323 SOURCE CODE: UR/0000/66/000/000/000~/~
AUTHOR: Berezin. A. S.i Kudr-vashova, T. S.1 Patrikeyev, L. N.; Popov, V. Do
(R
ORG: none
TITLE: Investigation of parametrons designed with new types of nonlinear capacitori
SOURCE: Vnoq2EEnMa_D4uohnaya voonlya, povyymjhch(wnaya Dnyu radio. 22d, 1966
Sektsiya mikrooloktroniki.
TOPIC TAGS: parametron, nonlinear capacitor, varactor diodo
ADSTRkCT: Paramotrons designed with varactors and with rovorso-gradient capacitors
(Soviet-mado test specimens) were investigated. Findings: (1) Oscillation rise or fall
'6:~me does not exceed 10 periods of fundamental frequency (or 20 eriods of pumping
freq-:,incy)-, (2) The parametron can be excited with Qminu 2.2; (35 The parametron
can operate at zero bias voltage; (4) The reverse-gradient-capacitor parametron can
operate in wide frequency band. The load characteristic of an experimental
parametron is shown. Orig. art. has: 6 figures and 8 formulas.
SUB CODS: 09 SUM DATE: 05Apr66 / ORIG REF: 004 / ATD PRESS:
Y'a

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rm.

PATRIFMEV, L.N.; STEPANMIKO, I.P.
... . .... -I..----,--"
Ftlesent state and acme prospects of xticroelectronice. Izv.
vys. ucheb. zav.; radiotekh. 6 no.6s587-601 N-D 163.
(MIRA 17:1)
lo Rekomandovana kafedroy elektroniki Momkmkogo inzhenerno-
fizicheakogo institute,

PATRIKLIEV, L. N. and AGAM='YAV, T. IM.
"Determination of the Limiting Frequency of the Current Transfer Coefficient of
a Junction Transistor,"
report presented at the Session on 3emicoriductors, All-Union ScJentifir Ses-slcr~
of V11ORi-E, Mcscow, 20-25 May 1957.
The paper showed that the limiting frequency of the transistor can be determined
from the frequency characteristics of the current gain in a grounded-emitter
circuit by using suitable recalculation.
Eleclgronic Design, 22 Jan 5~-

FATFIFE',7`173 L. N.
L. 3erkin, 1. T. Stej anekL, B. I:. !:(-r,(,nc)v T. Y.
"LlQ-e!~Lj C1 d,-a:
nacnines. Scientific 117-uic, Day", Ila, 11",5L, lr-.rez~
Moscol." 9 s'e! ~.~
hesults are presentec, of t,ie develo; ment of systems of 1-tridanen'-al
logical elemenT-9 u.9ing se,-Liconductini- instruments for a digital con; iter.
Fundamental computatiomal relations anc! eyp,rimental character~,Aics of
the elements are presentf~,(J. Among Uie i;~y5tein elejient.,~ tire. a trij:1-f r,
a conincidence circuit and an amplifier-lijaitf-r. TI)e elcnents guarantee
reliable or,eration of the fundamental components of a computer at a 50,) kc
frequency ~f the main (cyclic) pul5es in an 4)0o ~;-- 500 temperatui-e
rar4,,e with the relative hwnidity 98p"",

AUTHORS: Agakhany, -an, T.h. lember. of the, Society ~C'E-
Patri-keyev, L.t'. Meeker of the Socie*
ky
TITLE: The Dete.=.ination of the Limiting Frequt-.ncy of the Current-
Transmission Factor of a Plane Semiconiuctor Triode (Oprade2eniye
granichnoy chaztoty ko-!ffitsiyenta peredachi toka ploskostnogo
poluprovodnikovogo trloda)
PERIODICAL: Radiotekhnika, 1958, Vol 13, Nr !+., pp 45-~52 (USSR)
ABSTRACT: Measuring the limiting fre(ruency of the ovm currunt tinirimis3ion
factor of the triode o.~C lzimerliately on the basis of the frequenoy
characterist'-c of the ampllv_~aatior_ factor of the trinde (connec-
tt~d in accordance vrith the wiring .9c.-laine with --omor, basis) is
cornpl-loatee and pra-atically inacceptEible in the case of high fre-
quency triodes. Therefore, indirect methods of me&..sur_*r~i; 1LM-.it-
ing frequenoy, which make it poss1lle tc %ari-j a-t measurements

,y low-er fr5quenn-1es, are if )jr-~ht interest. Experi-
at considerab!
mental data are given, ah-_*c` confirm the possibility of u3ing t~e-
oretical deviations for t!w determination of the lifl'Lfting fN-
c.
quen v of the c_rr~~nt transm'ssion factor in the case of trio~3'~s
Car3 1/2 of the P 6-typi a~- vneii as in the case of hig" reqL_,enoy drift
t ,y

The Determination of the Limi tirg Freq~_,;nsy of the
Current.-Transmiosion Factor of a Plar)~, Swrdcon,2uotor
Triode
SUBMITTED:
AMIABLE:
2
triodes ac.^ord-.*Lrg to th~~ fraq..enoy-phase characteristics of the
,urrent amplification factor of a schem.4 vAth a comor. emitter.
T-em methods of m,.::.aqurirg the limiting frequency &~( are itud'-ed.
The experimentaC, r,---checking of one of these methoda for the 3e.-
termination of W~L from th-~ frequency characteri.9tic cf thf-. cur-
rent ampliflcation factor of a teode connected to the wiring
sn.heme with uonunov emitt-er gave satisfactory resultc. Thp method
is simple and promising, ez-,pecially in connection vrith the devel-
opment of high-fraqueroy triodeq. There are 8 f LgLre-. anil
ref,~rert~es, 3 of which ar-? SC%_'_-t.
junta 3, 1.95,-,
Library of Congress
1. Triodes-Frequency 2. Triodes-Transmission 3. Triodes
-Theory
Card ?,/2

AN4035366 BOOK EXPWITATION
S/
Patrikoytowp Me Ve
Guided rocket launching (Pusk uDravlyayemy*1ch raket)s TiDscoup Voyenizdat H-vo obor.
SSM, 1963, 81 P. Mus., biblio. 22,000 copies printed. Series n,ote; Za
voyanno-tokhnichaskiye znaniya, Raketnaya tekhnika.
TOPIC TAGS: aerospace., guided missile, guided missile launching, missile ground
support equipments aircraft rocket, winged rocket., zenith guided missile
PURPOSE AND COVERAGEs This pampblet discusses the composition and operation-of
ground support equipment for missiles and the various awcLliary equi4nt for launch-
ing rockets, The role and tasks of flight guidance systwm are also explained,
The paikiphlet presents information on the preparation of rockets for launching and
rocket launching from grounds son, and air installations. A21 the factual'and
numerical data in the pampblet were taken from open domestic and foreign literature;
the prospect,9 for the development of ground oupport equipment represents the vie
of foreign odlitary epecialleti, 7he pampblet, is Intended for soldiers, sergeantss
students in nilltw7 achooles inA a broad range of reWera Interexted In rocket
tedboologr.
Cord 2/2

AN403530
TABLE OF ODNrE=t
General information on rocket equipment 3
Ground support equipment - 10
Launching equipment - 25
P~reparing % rocketefor launchint - 53
Launching baIlistic rockets -4 3 -
Launching winged ts - 67
Launching zenith guided rockets - 73
Launching aircraft rockets - 77
:Conclusion - 61
Bibliography -
SUB COLE s ON
9 002
SURCMUs 3WuI63
DAIX ACQs 2PAr64
NR Rsr wve oo6
'b
Ca,d 2/2

PATRIKEYEVA, M.V.
Phospholipides in the mitochondria of the nervous system in
chicken ontogeny. Dokl. AN SSSR 154 no.5:1235-1237 F164.
(MIRA 17:2)
1. Institut evolyutsionnoy fiziologii im. I.M. Sechenova AN
SSSR. Predstavleno akademikom A.V. Palladinym.

i
AUTHOR:
P a tri key ev, 11, I_ ",.In Ing ~.nfl In qcr qOV-127-516-8-1/27
TITLE! ,uestions of Calculation of !,et Costs in the 14ining Industry
C
(Voprcsy uch6ta sebestoimosti v gornorudnoy promyshlennosti)
PERIODICAL: Gornyy zhurnal, Nr 9, 195~, pp 3-12 (MR)
ABSTRACT: The author finds that the existing oyatem of calculating net
costs of ore production in the mining industry is wrong, as
it does not give the costs for each particular phase of pro-
duction, but only gives F_ general picture. He mentions the
way costs were calc,,ilated in the 1920's at the administration
of "he mine K,Libknecht at Krivoy Rog (table 1). One could
see at a glance the direct or indirect expenses connected with
each step of production, This method, St.-Lll used abroad, vraq
abandoned in the Soviet Union in the middle 30's, for a general-
ized calculation of all phases of operati3ns in the mine (table
2). This method of calculatic-n renders it almost impossible
to establish the net cost of 1 ton of ore. The general trend
of modern industry is to lower production costs. The author
is of the opinion that the method of calculation must be ra-
Card 1/2 dically changed. The author proposes a method of calculation

SOV-127-58-8-1/27
Questions of Calculation of Net Costs in the Mining Industry
in which every expenditure is connected to a specific stage
of production. The editors invite all persons concerned to
express their opJn1on on tnis subject. There are 5 tables.
1. Mining antilY'310
Card 2/2

VINOGRADOV, V.S., inzh.; ALITSHU'-Ell, N.A., kand. tekhn. nnuk; FOLYAKOV,
V.G., i-nzh.; KU.--.OClEIV, A.N., inzh.; U-=ZIN V.::., doktor tekhn.
nauk; ZAIKIN, S.A., inzh.; OSTROVSKIY, G.P., !nzhjdeceasedj;
NAUMIKO, P.I., inzh.; BODRUSHKIN, L.G., inzh.; RUSTAMOV, I.I.,
inzh.; SHIFRIN, I.I., inzh.; GOLOVOOV, G.A., inzli.; ICIASOVSKIY,
L.A., inzh.; TSINULD4KO, L.N., inzh.; RAVIKOVICH, I.M., inzh.;
BAZILEVICH, S.V., kand. tekhn.nauk; ZORIN, I.P.,, inzh.; ZUBAld-N,
S.N.., inzh.; TIKHOVIDOV, A.F., inzh.; SHITOV, I.S., inzh.;
WAYUROV, JL.I.p inzh.; KUMABAYEV, B.N., inzh.,- DEMITYAREV,
S.I., inzh.; VORONOV, I.S., inzh.; BULM, G.M., inzh.; MIYSIIEV,
V.M., inzh.,, GOLOVIll, Yu.P., inzh.; MAIRCMIKO, K.F., inzh.;
ffCHKOV., L.F., inzh.; NESTEMIKO, A.M., inzh.; KABANOV, V.F.,
inzh.; PATRIKEYEV, U.N.., inzh.[deceased]; ROSSMIT, A.F., inzh.;
SOSEDOV-,-0.0.-*v :Lni3h.---P-'POKiOVSKIY, M.A., inzh.p ret.senzent:
FOLOTSK, S.M., red.; GOLIDIN, Ya.A., glav. red.; C0LUBvAljuK0VA,G.S.,
red. izd-va; BOLINTMA, Z.A., tekhn. red.
[Iron mining and ore d:-essing industry]Zhelezorudrtaia pro-
uVshlemost'. Moskva, Gosgortekhizdat, 1962. 43c, p.
(MI?,A 15:12)
1. Mopcow. TSentrallxW institut informatsii chernoy ipeta-Ilurgii.
(Iron mines and mining) (Ore dressing)
NikolV Nikolayevich Patrikerev an obituary Gor zhur. no. 6, 1960.

NURYLYBAYEV, A.N.; PANCHEINKO, A.G.; PATRIKEYEV, S.B.
-W4 t*?, j r
, t,
Sodalite-repheline uyenites in the Xubasadyr massJf - --
Dzharkainagach natural boundary (central Kazakhsten). 1z-.. All"
Kazakh. SSR. Ser. geol. no.1:28-35 161. (MIRA 14-6)
(Akmolinsk Province--Syenite)

PAT:jTK'E'fEV, T. G.
Spi-ming Kachirery
New two-belt drawing device. Tckst. ron. 12, i~,). ', lj52.
9. Monthl List of Russian Accessions, Library of Congress, Novcn.Di:r 195i, Uncl.

SZLIVANOV, V.;KLIMOV. H.;PATMMHEV. V.
Ut 11 ization of working time to the fullest extent. Botit. trud.
4 no.10:74-84 0 159 (MIRA 1):))
(Iabor productivity)

00000400 000000 0000010 04100*00:0 IS 0 : p 0 a 0 0 a
*000000,00000000000
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of was*
j. 6&mt.a4
a00 **of 0 0 A-0 go* 6 0 0-0 a or a. 01 or 0- 0

_FI,rHTKEYRV, V., starshiy nauchnyy sotri-idnilk; ARBUZOVA, K., mD_.drhdy
nauchnyy sotrudnik
Paste for cleaning metal surfaces from rust and fouling.
Mor.flot 22 no-028-29 Ap 162. (MIRA 15-.4)
1. Institut organ-icbeskoy kbimii AN SS-'R (for Patrikeyev).
2. Institut okesinologit AN SSSR (for Arbuzova).
(Ships-Maintenance and repair) (Fouling of ship bottoms)

PATRUSHEV. V.I.- PARTMID, Yu.A.
Changes In the nitrogen content of blood and urine in calves caused
by protein loads. Nauch.dokl.vys.ehkoly; biol.nauki no.2-.84-M 160.
(MIRA 13:4)
1. Ukomendovana kafedroy fiziologii chelayeka I shivotnykh Urall-
skogo gosudaretyannogo univerelteta, im. A.M. Gorlkogo.
(NITROGEN X&TABOLISM) (CALVES-TWING AID TAM)

:I IA44
I /
lamm) wrAns "AmA" in I" Wilk w0 otawbe
contmt t4 Ow drLOdm watm. %. K, Pottik"v (Med.
Stomatol. lost.. Xlow~) Numoplogiyo, 1050. mw 3.
19-= ILI. hl. Kow"Pon

PATRIKEYEV, V. K.
Min Health RSFSR. Moscow Medical Stomatological Inst
PATIUKFY:,;'''I V. K.- "7be composition of teeth in e6demic fluorosiB.11 Min ffealtli
Moscow Medical Stomatological Inst. Moscow, 1956.
(Dissertation for the :.,---free of CancLiclate in Kedical ~,ciences)
SO: Knizhnaya Letopis', No. 20, 1956

PATRIKEUV. V.K. 04oscow).
. --. . . I - . ~ 1.
First aid in severe toothache. Fel'd.i akush. no.2137-39 F '54.
(MLRA 7:2)
(Teeth-Diseanoo)

'.
PO
IS&I
wor-4
Fixation of plastic inla7s. Stomatologrila no.6.'53 N--D 154.
(INUTS (111M1 B.- 1)
plastic, fixation method)

PA7RMYZV, V.I. (Moskva)
-Wwwwp~ - -
Bite and Its anomalies. Felld. I Wmah. no.1:31-34 Ja 155.
(TnTH, (XLRA 8:3)
bits)
(K&LOCCLUSIOu')

PATRIKATRY, V._KJMpskv&)
Diagnosis of tumors of
20-26 JI 956.
(FACI-TUMORS)
the jaw and face. Felld.
(JAWS--TUMORS)
akush. 21 n0-7:
(MLRA 9:10)

PATRIKMV V K kandidat maditainskikh nauk (Norkva)
I , *,
Tri-eminal neuralgia. Fel'd. i akush. 22 no.3:8-11 Mr '5?
(9LRA 10:5)
(N-AURAIGIA, TRIGERINAL)

GROSHIKOV, Mikhail losifovich; PkZUUM,_y!jqvo-1od Konstantiriovich;
RUBIN, L.R., red.; LYUDKOVSKAYA, N.I.y t . red.
[~Iethod and technic in the treatment of diseases of the teeth]
Metodika i tekhnika lecheniia zabolevanii zubov. 14oskva,, Medgiz,
1961. 130 P. (MIRA 14:12)
(TEM-DISEAMS) (DENTISTRY)

~TN,_1F,A.j Inzh.; KISHXW, V.F.; TSWENYUK, N.I., inzh.;
FA
YOZERSIBSITY, A.A.. kand.tekhn.nauk; SIDOV, Y.G..
LUROYN. U.S.; STAPAZINK0, N.G., prof.
Over-all mechanization and automatization of the heat
treatment of ceramic stones (comment on K.I. Rogavyi's
and D.O. K3novalov's article). Stroi. mat. 6 n0-3:25-27
Hr 160. (MIRA 13t6)
1. Severo-Kavkazekaya nauchno-tealedovatellskaya stantstya
po strottelletvu I stroltellnym materialam (for Patrin).
2. Zaveduyushchly laboratortyny tresta karagandastroymate-
rialy (for Kishenev). 3. Ukrgiprostroymaterialy (for
TSIpenok). 4. Zavedityushchiy kafedroy energeticheakego
oboradovantya t avtomatiki Rostovskogo inzhenerno-strottell-
nogo instituta (for Voznesenskiy). 5. Glavnyy lnzherLer
Institute. 'Roestromoproyekt (for Sedov). 6. Glavnyy teplo-
tekhnik instituta Rosstromproyekt (for larlye).
(Kilns) (Automatic control)

PATRIYNVSKILTA, G.F.
Characteristics of "xerophytes' from the Artmdlnella fornation
of the Khan~m Plain. Bot.zbur. 44 un-11:1578-1592
Ja 160. (MIU, 13:4)
1. Botanichoskiy institut im. V.L.Komarova Akadonli nauk
SSSR, Leningrad.
(Khanim Plain-Leaves-Anatomy)

5/064/60/000/02/04/025
B022/BO05
AUTHORx Pats. B. M.
TITLEa Synthetic Surface-active Substances an the Basis of Coke-
chemical Raw Materials
PERIODICALe Khimicheskaya promyshlennost', 1960, No. 2, pp. 109 - 112
TEXTs The most important types of surface-active substances used in
industrial practice are enunerated. These substances are of importance in
the production of detergents, the textile-, metal-, and mineral processing
industry, the flotation of coal and ores, the production of toxic chemical
preparations, synthetic rubber, etc. An important role among synthetic
surface-active substances is played by the compounds of alkyl aryl
sulfonstes, particularly alkyl benzene sulfonates7- a mixture of isomeric
sodium salts of alkyl benzene sulfonic acids -of-The general formula
Alk
O'_SO 3Wa
Card 1/4

Synthetic Surface-active Substances on the Basis S/064/60/000/02/04/025
of Coke-chemical Raw Materials B022/BO05
the synthesis of which is described by two methods. The alkyl benzene
sulfonates with the side chain C12 ' C14 have good cleansing properties,
Among the alkyl naphthalene sulfonates, the propyl derivatives have long
been known but recently they had to give way to the butyl derivatives. The
amyl naphthalene sulfonates are also usea. A second class of alkyl
naphthalene sulfonates are compounds in which two or more naphthalene
nuclei are connected by methylene groups (naphthalene formaldehyde
sulfonates)t
/~-~-CH
NO 3S '1~ 3Na
Such products obtained by reaction of naphthalene, formaldehyde, and
sulfuric acid, or by condensation of naphthalene sulfonic acids with
formaldehyde, are known under different designations %'Tamol, Leukanol,
Daxad, eto.). The experiments carried out by the author (Ref. 4) showed a
number of advantages in the synthesis of surface-active naphthalene
derivatives (Table). The author synthesized surface-active substances on
Card 2/4

Synthetic Surface-active Substances on the Basis S/064/60/000/02/04/025
of Coke-chemical Raw Materials B022/BO05
the basis of 2-methyl naphthalene, phenanthrene, anthracene, carbazole,
acenaphthene, Tetralin, and hydrogenated phenanthrene, as well as from
various industrial products of agal tar pr8cessing. The fracti8ne of the
coal-tar oiles 230-2400 q 240-260 . 240-250 , 250-2600, 260-270 , 270-280 0,
and of crude anthracene, were investigated for the possibility of
synthesizing surface-active substances in 1945-1946. ValuBble surface-
active substances were obtained from the fraction 240-250 which primarily
contains I- and 2-methyl naphthalene. For the synthesis of cation-active
substances, pyridine is often used in a reaction with stearic acid snide,
formaldehyde, and HCI to obtain the preparation called "Zelan". A number
of hydrotropic substances, primarily the sulfonates of xylenes, cumene,
mesitylene, etc., can also be synthesized from coke-chemical raw materials.
K. I. Ivanov and T. A. Blagova (Ref. 7) studied the alkylation of coal-tar
oils by olefins of coke-oven gas. For the synthesis of alkyl aryl
eulfonates, sulfuric acid monohydrate, oleum, and chloro sulfonic acid are
also used. All results obtained show that by changing the aromatic com-
ponent, the position and structure of the alkyl chain, and by using various
additions, a large number of surface-active compounds can be produced
which fulfill various industrial demands, i.e. wetting agents, emulsifiers,
Card 3/4

Synthetic Surface-active Substances on the Basis S/06J/60/000/02/04/025
of Coke-chemical Raw Materials B022/BO05
detergenteg etc. T. MazonskJ and A. Lachowicz (Ref- 5), G. K. Geyzer 1~/
(Ref. 6), Rebinder and Smirnova are mentioned. There are I table and
7 referenceat 6 Soviet and I Polish.
Card 4/4

PATRIKMV, V.K.. kand.med.nauk
Materials on the clinical aspects and pathogenesis of endemic fluorosis.
Stomatologlia 38 n0.5:9-12 S-0 '59. (MIRA 13:3)
1. Is kliniki terapavtieheskoy stomatologii (saveduyushchiy - prof.
Te.Te. Platonov) Moskovskogo meditsinskogo stomtologicheakogo insti-
tuta (direk-tor - doteent G.N. Beletskly).
(FLUORIM~--PHTSIOLONCAL EMOT) (TEM--DISFASES)

PATRIZEM, V.K., kand,med,nauk (Moskva)
-
Histological examination of solid dental tissue affected by
endemic fluorosis. Stomatologils, 37 n0,5:19-21 6-0 058 (MIRA 11:11)
(FLYJORnrp.-TcxjcoLo(;T)
(TWM-DISEASBS)

-50V/133-59-9-5/31
AUTHOR: Patrikeyev, V.S., Engineer
TITLE: Aii-A-u-t--o-m-a-f-i-c-aTI'Y-operated Gas Throttle Valve 1100 nun
in Diameter
PERIODICAL: Stall, 1959, Nr 9, PP 784-766 (USSR)
ABSTRACT: A description of a mechanised throttle valve 1100 mm in
diameter for the control of the supply of gas to blast
heating stoves, designed by Gipromez in 1957, is described
and illustrated (Fig 1 and 2). Unlike previous Russian
designs, the valve can act as a throttle and cut off
valve and is suitable for the automation of the gas
supply to the stoves. This type of valve operated
satisfactorily on a number of works since 1956. There
are 2 figures.
Card 1/1

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UM/Cbmistry - Catalyetep Platinum Sep 413
Cbwatry - Ketones, 37drogomtica
"Powns for tho High Catalytic Activity of One
ftepp6ration, of a Platinum Gatalyst V. V.
Pktribo7ev, A. L. Libermon, 4 pp
-4 "D* Ak Nauk SSSR" Vol =I., No I
t14
active platinum catalyst pr&pared in autbore
I&UMMtory in 1934 for liqui&-pbase hydrogwation,
Z!,-ot Imtonsa. Tested components of this catalyst In
kwaxpgonation. of dime&cus in scatio aoiL sclation.
In experiments vith U2?tC3,6 (m platinized. carbon,
12~MO26 = activated carban, platinum black wA
112r=16p the latter compound &I=@,, and platUdziA
MaAbOmiBtrY CAtAlTsta, Platinum (Omtd). ftp
,-ogrtm alcr^ -stablisbad. that hydrogen In presenoe
of,platinized. carbon rapidly reduced. 12PtCl6 to %be
mto,l, =d'tbAt *the' latter CC&tG& the highly,
dffolwped surface of the platinized carb=p ormt-
Is& --~ a very active catalyst.' Submitted by AcM.
B. A. rAz=skiy, I Jul 48.

i I K., Y; V,
USSP,/Cceanogral hy
llydrograThy
Waves, Ocean
MBr/1%pr 49
"A M6thod for Recoraine Changes in (,cean-Bottom Coart'--l Relief
During Storms," ~.. % - -'hiv,.go, I.- ". - Fatrikeyev, 27; pp
"lz ;k Nauk --,SSA, Ser GeoC i Geofiz" 11c -
Dercrite5 E method of stuiJying stonn-ir,duced profiles of coaFtLil
bottoms formej by ed.~y currents !:.i.. cle;orits. As!!erts c~c :-t&iii
ertt-b irhcd ru2es cf d:aw-,inc-- rc-i-ul;Aing formation of bEa,tks,
involving TartIcle rctim due tc ave f til-,ns (n the botton.
Submitted li3 I-'--r 4E.
FA 43/49T8?

USSR/C.h.nistry - Asy=etric Synthesis 21 MaY 51
A
"Mechanism of Asymmetric Action of Metal Catalysts
Deposited on d-Quartz and l-Quartz," Ye. I.
?aabunovskiy, V. V. Patrikeyev, Inst Org Chemy
Acad Sci USSR
"Dok Ak Nauk SSSR" Vol LXXVIII, No '-A, pp 485-487
Refers to authors' earlier (1950) work on new
types of asym reactions (dehydrogenation, hydro-
genation, dehydration, isomerization, condensa-
tion, dis=utation). Explains effect of active
quartz-metal catalysts by preferential adsorption
of one of the antipodes at active metal centers
on borderline between metal and incompletely .
186T9
USSR/Chemistry - Asymmetric Synthesis 21 May 51
(Contd)
covered quartz. Describes sepn of racemic
butanol-2 by arrangement in which countercurrent
,;.lov of active quartz powder (recirculated) and
rbutanol-2 vapor is maintained; also preferential
_gsorption of_-,(-)-any1 alc by d-quartz from
Soln
186T9,

KLkBUNOSVSKIY, Ye.I.; PATHMYEV. V.V.
Asymmetry in the organic world. Vest.Hook.un. 8 no-5:53-58 W '53.
(91-Rk 6:8)
1. Kafedru nefti.
(b'v,.ntjetry (Biolot!y))

Y"
R/Biolorv Or,-, ni- C "!:m i r; I
u
s$
Card 1/1
Authors Klabunskovr'dy, L. I., Gan,.IwLe of '.cicnmr,,,jr;d
PArikr~cv, V. V., Ch lc,-Il _cl(-mces
Title bod';Q.-
Periodicel I '~9 1,1?
Priroda
July 1,)5A
,
,
.
Abstract Dextrorot-.itoi
-j vnd levorotntni-7 m7.rstnlo nre c-c)L-ned in
reintion to tliill r0rpE,- of tlv~ ml%~,ciiles co-u)oz.1n~,, tlicrl.
rOj('.nt,If to eonl')'101, w1th
forcer rn
rrv recounted. Tha nr
r, ibn t :,un c cr ori--Iln (-,,P lifc nr,:~ fz i1",
:'c:7
0, Orts of 'L.11c,"Ll I", ic
!JD:
v
Jub-31tted

YEGMOV, Ye,N,, kandidat geografic'heskikh nauk; ZENKOVICH, V.P.. professor,
doktor geograficheskikh nauk; MATTEYEV. V.K., kandidat khlmicheskikh
nauk; PATRIKIny. V.V.' kandidat khimicheskikh naifc.
-vmmmWAW
Methods for studying the shifting of sand bare in the sea, Tranep.
strol. 7 no.3r2l-22 Mr '57. (MLRA 10:6)
(Sand bars)

f
VMROV, S.L., kandidat geografichaskikh nauk-, LTCHRM . B.F.-,
PATRIKIURV, V.V., kandidat khtmicheskikh nxuk; PIKISHU, N.M.
The use of pbosphore to study @and drifts along reservoir coast@.
Rech. transp. 16 no.4:26-29 Ap '57. (MLRA 10:5)
(Luminescent substances) (Sand)

Ev
v v -
U(4) run I Dom zouauncm -A.Up
AbAn6yo one Ma. bumirany nua
MUI- earf-awasoma mortysiz I
or"w"ar"kul 10I.P164 11 (Cb.WO,7 , P.,f~
=.01.0z.b. cewwma is W*t-l- ft-tal pefers of Us bi-
_e 13; *1 n) T. 1. uft, 'BA- Ps"robw nu&u m ma. 5%.
CA*$ primul.
K.1 balaeklm. It.l. ult"144 baw4l 0""". a., Iftemdaft, A.T.
U.1 baum. 11. a.
ft" b"k 1& 'p"a"d tw 1"103-m p-ifusta or saimuns ftsora
"U611,4404060. ehm"Uaftl 1"Utsums, me P."Olso .TL" 'Jou.
OOMAOI Ulf 9011001ft is the rivat cc 0 8.1farDlems rallmusm m me roal"
me I'll"Une r"orsh vw% sarriva "t is tm Ow.t Oflo ft I" 41sswetsy MA
watir. -6 sat"eve-womme toppage 6wift flog IVA-1"51
"wase" - we)-% aftumA is I%ry a. mwin
Ira *Bmb, a an)
15
001004170. A.A.. V.V. pftrikp_7" gj. M, 141.
"A owls=
04 ImIrO&WIM Odraps rem viacm
c- wAs
A *come . trs%o r Rtmmgl& In 1. b .. &,, tau ecet"t with
"a" sb- essfirus Prwer"em
C-9 bomb, Qvo Rimpa" us ropts" of C-C Or C4 am
rrus walrIfte MA tb"r Prmwum) am reaseed
04 eft flou"Ce w- *"On& with eau nim. asm, 6oles mg be ugdafb..
Otbar D&tbtu of sulfift M. COSLIMUO OrWAI.S
tau* rum 61.4t, 1y. (06u we tabMISUA d cow tsom at %I..
D"t).
131

5(3)
-AUTH6RS: Agranomov, A-Ye-,~
and Rudenko, A.P.
TITLE: On the Inhomogenei~~ -f i1he Structure of -,ilica
neodnorodno8 ti 8 tlllk t-U 7Y a 4 ) i kagelya)
PERIODICAL% Ves tnik Moskovskogo ,.-i i -v ersi te ta, Seriya
a-strc,ncmiiy fizLle-i 9 rz~Lil-'.~ , :()')e Nr 3,pp 197-206 (TJ~'F)R)
ABSTRACTt The silica gel ASK of' 'he Chemical Combinate ir, Voskr~:sr-n,-,k
was investigated. The el-r-~;cCure is inhomogeneous inasmu:h ti.,-;
different single pi-4,~eb absorb differently strongly tn,
phthalocyanin of i-.opper from a solution. Using the ccikr
differences the authcY3 obtained test pie-,es with
structure in mechanical way. It was stated that 3n1Z th-r
test pieces are able to absorb the phthalocyanin, tt~- pore
entrances of which are at least twice 9F! great as the moil
cules of the coloring s-abBtance. Furthermo-res the ioh m--
geneity originates by mIxture of three different Ort.-,r~~
with dense particle packinq and of several intermedial,~.
structures. The results of A.V. Kiselev, G.K. Boreak-,
Reymark, R.Yu. Sheynfayrj,, and others are used.
Card 1/2

2(
On the Inhomogeneity of the Structure of Silica Gel
There are 5 figures, 4 tables, and 21 references, 9 of which
are Soviet, 9 English, 2 American, and 1 German.
ASSOCIATION: Kafedra organicheskogo kataliza (Chair of Organic llataiy6is~
SITBMITTEDs June 17, 1957
Card 2/2

7. V 7,1 A . A K'.~ i I,.

A d:3 c) r i r
Ado orbtr
i
a
.
,
y

n-)v-~- v
D 1 C.,, 1,
1 ') 7' ) ', , 'Tr 4 4

In s; e of t t r c i:.-, ~-I--- e of t e
--en~, t i on of ma' e i -:-,d c ac i d an I o f n~ c r D, s nv
r ti ---t ~ on a in t I,. ~ o fi (-" d a :rob I o7: of t'ie
of hy1ro-.-cn%tior-. unsettled. T,i.: is c-
c"se wit'i re -~.r! to t~.e knowlel-e of
s- zt~,;~ce arls,r~ed on t ~-.e cla',alyct whicli 0-~
r o. s , zis t'.e ef~'ect of t
t'-~: rea-tion ro t o n me c:-i. n : s 7o f r e
a 3 on t, e i C.-, . In t:..--, re S - nt - or +r~ rs lc:-
V, ~- -7 c- V. rd t e i:-, - L 0 1, of t ~C: c
C--'(1 1"Z r-)CQ3, in , i ~c)e) - Tic ~i. r

Ads,DI.- t a_d
io Ac id 0
r 7.
C
f

re" C r

better ais
d t
an I
a c h ra c
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-Il')r,'cvc elr
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r
_ J:%_ 4 t !j, n 77,.
1

t:~e C 3'. e
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idered. There are 1 e E
,
r

OCIA-10,!: refereaQes :7 b.?
12 of Wh
l
'h
I
-
areS
A
271

'
T
, 1,
')
A VA T 0 e r7
I
-
,
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Card 2, /2 CatalYti
c hydrogenat
'KPPl'cati0! i "--PrOcSsses

ns 3. Liq 2. Liquid naleja
uid fUmari
C acid-Applicatio,,, acid

28(l)
AUTHORS: Patri%e-yev, V. V., Candidate of SOV/30-58-1 2-7/% 6
~
-IM
emicalSciences, Ferapontov, V. A.
TITLE: Universal Palse Reductor (Universallnyy impullanyy reduktor)
PERIODICAL: Vestnik Akademii nauk SSSR, 1958, Nr 12, PP 33-35 (USSR)
ABSTRACT: The authors designed the reductor U19-11 for synchronous
electro-motors SD-6D, SD-2,, and others, such as
are usually used for an automatic burette, according to an
earlier paper by the authors (Ref 1). The workshops of theinstitit
organicheskoy khimii im. N. D. Zelinskogo Akademii nauk SSSR
(Institute of Oreanic Chemistry imeni N. D. Zelinskiy of the
AS USSR) manufactured the reductor. This article describes the
improved reductor VIR-2* which makes it also possible to realize
a change in the program of speed. In figures 1 and 2 the scheme
of this apparatus is shown. The apparatus makes it pos-ible
to control the speed of supply from four automatic burettes
simultaneously and independently ofoneancther, as is described
in the papers of A. A. Balandin and V. V. Patrikeyev (Refs 2
and 3).
Card 1/2

Universal Palse Reductor
SoV/30-58-12-7/46
In figure 3 the model and the actually observed change in the
substance supplying speed is shown. In the Institute of
Organic Chemistry T. K. Lavrovskaya used the apparatus UIR-2
for program heating in the chromatographic analysis. There
are 3 figures and 3 Soviet refervnoes.
- I Card 2/2

0
AGZ)MNDV, A.Ye.; PATRIKSYEV, V.V.; RUDINKO. A.P.
3Dnbom-geneity of the structure of silica gel. Vest.Movk.un.
Ser.mat.,makh.,aatron.,fiz.khim. 13 n0-3:197-206 158.
(MIRA 12:4)
1. Kafedra organicheskogo kataliza Moskovskogo, uriversiteta.
(Silica)

AUTHORSt Patrikeyev, V.V., Khidekell, M.L.
TITLE: An Apparatus for Taking Samples of Catalyst Suspensions
(Pribor dlya vzyatiya prob suspenzii katallzatoraj'
PERIODICAL: Zavodskaya Laboratoriya, 1956, Vol 24, Nr 9, PP 1152-115) (USSR)
ABSTRACTs For taking bigger catalyst samples which should not come into
contact with air a syringe was constructed the diagram of which
is given. The hollow piston of the syringo is porous at its lower
end; thus the liquid in which the catalyst is suspended enters in-
to the hollow space of the piston. As the syringe is calibrated
the volume of the catalyst separated from the liquid can be read.
In the case of small amounts of catalysts the measuring error
amounts up to 10 %. For this reason the catalyst quantity was de-
termined according to the gravimetric metnod when investigating
the absorption and hydration in the liquid phase. The sample
taking was carried out with the syringe mentioned above, The rest
of the operation was, among others, carried out with a torsion
balance; a correction with respect to the specific weight of the
liquid was carried out, There is I figure.
Card 112

An Ipparatus for Taking Samplea of Catalyst Suspensions SOV/32-24-9-39/53
ASSOCIATIONt Institut organicheakoy knimii Akademii nauk SSSR
(Institute of Organic Chemistry,AS USSR,';
Card 212

eovW-~9-J-33/40
A;AORSt Balandin, A. A., Xhidekell, M. L., Patri *y,v,
TITLE: On the Catalytic Hydrogenation of the Free Radical of ''l-Di-
phenyl-2-picryl Hydrazyl on the Hhodium Catalyst (0
kataliticheskom gidrirovanii avobodnogo radikala 1,1-difenil-2-
pikrilgidrazila - na rodiyevom katalizatore)
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdeleniye khimicheskikh nauk,
1959, Nr 2, pp 361-362 (USSR)
ABSTRACT; It was found in the present paper that the hydrogenation of
1,1-diphenyl-2-pieryl hydrazyl (1) proceeds systematically
wherein the saturation of the radical is the first stage:
C6 H5 NO2 C6H5
H2
2 N N02 --~ 2 N - N N02
C6H5 N02 C6H5 H 1402
Furthermore the hydrogenation of the polynitro compound, the di-
phenyl picryl-hydrazine takes place, which was, however, not
investigated in detail. The systematic course of hydrogenation
Card 1/3 was determined by titration with acetic acid hydroquinone solu-

30V'/62-59-2-33,4-
On the Catalytic Hydrogenation of the Free Radical of 1,1-Diphenyl-2-Licrvl
Hydrazyl on the Rhodium Catalyst
tion. It was found that first the radical is hydrogenated. The
systematic course of hydrogenation of (I) becomes particularly
evident on the potential curve (Fig 1, below) and less distinct
on the kinetic curve (Fig 1, above). The effect of the con-
centration of (I), temperature and the quantity of the catalyst
on the reaction rate was investigated. It was found that the
hydrogenation of M proceeds according to an equation of the
order zero. The low hydrogenation rate of 1,1-diphenyl-2-picryl
hydrazine is explained by a considerable amount of its conjuCa-
tion energy which is due to a displacement of the free electron.
The conjugation energy must be taken into account when using
energy equations of the multiple theory (Ref 8) as well as in
the investigation of the influence exerted by the structure
upon the rate of catalytic hydrogenation. There are 2 fiCures
and 8 references, 4 of which are Soviet.
ASSOClATIONa Institut organichoukoy khimii im. N. D. 'Zolinokogo AkzLdvmii
nauk SSSH (Institute of Organic Chemi8try imeni N. D. Zelin3kiy
Card 2/3 of the Academy of Sciences, USSR)

5(4) SOV/62-59-6-7/1'36
AUTHORSj Balandin, A. A., Khidekell, M. L., Patrikeyev, Y. V.
TITLE: Adsorption and Catalysis (Adsor~tsiya i Kataliz).Communication
2. Reaction Rate, Surface Potential, and Adsorption Correla-ijon
During Hydration (Soobshcheniye 2. Skorost' reaktsii, pote..t-
sial pc-rerkhnosti i adsorbtsionnyye sootnosheniya pri gidriro-
vanii)
PERIODICALt Izvestiya Akademii nauk SSSR. Otdeleniye khimicheskikh nauk,
1959, Nr 6, Pp 999 - 1004 (USSR)
ABSTRACT: In a previous paper (Ref 1) a mutual influence of maleic- and
fumaric acid exe3rdised upon adsorption and hydration could be
observed. In this connection, the kinetic- and adsorption inter-
action of the two aforementioned acids, was subjected to closer
investigation by the present paper. The potentiometric method
was appliod for investigating the hydration reaction in the
circulation system. Catalysts were used which adsorbed either
both or only one of the acids. By means of these catalysts the
intensity with which the acids were adsorbed from the mixture,
and the rate of their catalytic transformation were determined.
Card 1/3 The intensity of the hydration reaction depended on the fraction

Adsorption and Catalysis. Communication 2. Reaction sov/62-59-6-7/36
Rate, Surface Potential, and Adsorption Correlation aaring Hydration
of the component which occupied the surface of the catalyst
(stopped after 50% hydration and measured) table 1). The cha-
racteristics of the catalysts used are given in table 2. Accord-
ing to these experiments, the volume-, the specific-, and the
real hydration rate was calculated for the two acids (Table 3).
An addition of thiophen to the mixture of the acids decreased
their hydration to zero. The strong adsorption of maleic acid
which occurs in this case also decreased the adsorption of
fumaric acid. Nevertheless, the potential of the catalyst as
compared to that of the mixture of the acids decreased only
slightly. A parallelism could be observed between the potential.
drop of the mixture of the acids and their adsorption. The ex-
perimental results on the adsorption- and kinetic interaction
obtained in the course of the investigation dealt with by the
paper under review are in good agreement with the theoretical
description of the hydration by Balandin (Ref b). There are 4
figures, 5 tables, and 6 referenceav 4 of which are Soviet.
ASSOCIATIONs Inetitut organicheskoy khimii im. N. D. Zelinskogo Akademii nauk
SSSR(Institute of Urganic Chemistry imeni N. D. Zelinskly of
Card 2/3 the Academy of Sciences, USSR)

AYBULATOV, N.A.;YATRIKEYEV V.V.
P
Effect of luminophore and agaroid films on the hy-drochemical and
hydromechanical properties of colored sands. Okeanologiia 3
no.5:921-924 163. (MIRA 16:11)
1. Chernomorskaya eksperimentallnyay nauchno-issledovatel'Skaya
stantsiya Instituta okeanologii AN SSSR.

5 (3)
AUTHORS: Balandin, A. A., Khidokol, M. 1'.' :11OV/62-59 -7-1,/~'J
patrik-ey'-'v, V. V.
TITLE: Adsorption and Catalysis (Adsorbtsiya i kataliz). Comzunic--tion~.
Successive Hydrogenation of Cyclopentadiene (Soobolicheni,,e 3.
Posledovatellnaya gidro6enizatsiya taiklopentadiyena)
PERIODICAL: I.-vestiya Akademii nauk SSSR. Otdeleni~,e khimichookikh nauk..
1959, Nr 7, pp 1169-1176 (US,:R)
ABSTRACT: For studying the adsorption- and kinetic interrelatim cf :;he
reacting subsiances, the reaction of the succe--sive 1*'~roCenaticn
of the cyclopentadiene (I) is investigated in this paper,
running accordinj to the following scheme:
F]

This reaction is u charactleristic one because i-G repre-,-tents the
critical case of the hydrogenation of a binLLrj .;fixture in v:~Ach
the interrelations of the individual reaction purtlcij,,~'Lnt.', -J-e
perceptible. The adsorption and hydroGenation were inveL;ti',~ated
in a circulating system which was developed ir the p,,Lper
Card 1A mentioned in reference 1. Catalyst and (I) were renewed after

Adsorption and Catalysis. Co,=unicaticn 3. Successive LIOV/62-59-7-4/36
Hydrogenation of Cyclopentadiene
every performed experiment. Furthermore the oame inveotigationn
were carried out with cyclopentene (11) to illustrate the
process. In figures 1, 2v 3 the kinetic and potential hydrogen~t;j=
curves of (I), (II) and of a mixture of these are given. It
becomes evident that the hydroTenatinn of M. takes place much
quicker and at lower potentials than that of (1-4. Both reactions are
of the zero order. The observed sudden sharp decrease of
potential corresponds to the adsorption of one mole lVdroger-At,
the moment of the end of the hydrcig-enation the potential increaseg
sharply. Eoreover a comparison of the velocity constants and of
the altitude of the potential of different catalysts is carried
out (Table 3). The folluaing 2 phenomena were discovered at the
different catalysts. On catalysts unsaturated with h.,drogen the
displacement of potential is essentially greater than on
saturated catalysts; that means that hydrogenation takes place
on a decrease in the potential which lasts till the end of the
hydrogenation of cyclopentadiene. The slowest stage in the
catalytic process was supposed to be the stage of the secondary
saturation. But this supposition did not prove true. On cataly5ts
Card 2/4 not saturated up to the reciprooal hydrogen potential an indured

Adporption and Catalysis. Comurunication 3- Successive SOV/62-59-7-4/38
Hydrogenation of Cyclopentadiene
final saturation takes place at the end of the hydroFenation
reaction. By means of the investigations on the adsorption of
the cyclopentene and of the cyclopentadiene and of the mixture
of both (Figs 5, 6, 7 and Tables 4, 5), a method of the co;zpiete
hydrogenation was developed all ou ing a study cf the adsorpt--'c,n
of mixtures. It could be aeveloje"~ out of the fact that the
adsorption of the cyclopentene is E;enerally greater than the
adsorption of the eyolopentadiene, whereas ir, mixtures the
opposite holds. The essential factor of the successive hydrc-
genation is consequently this that the pentene is displaced from
the surface of the catalyst by the cyclopentadiene being more
strongly adsorbed out of the mixture according to the existing,
adsorption properties of both substances in mixture. There are
7 figures, 5 tables, and lu references, 8 of which are Soviet.
ASSOCIATION: Institut organicheskoy khimii im. N. D. Zelinskol-o Akademii na-,--k
SSSR (Institute of Organic Chemistry imeni P. D. Zelinskj.y of
the kcademy cf Sciences, U:,~'-'R)
Card 3/4

Adsorption and Catalycis. Communication 3. Liuccesaive sov/62-59-7-4/38
Hydrogenation of Cyclopentadiene
U
SUBMITTED: August, 22, 1957
Card 4/4

PHASE I BOOK -.4-1
So,,sshch"iye PO 17=1neats-tsil, Stl, li5i
mato4y Iyumi y
L.-Irss'. A..ly -&a X- t, -rc o 1!4
AN OSSR, 1960. 147 9. 1,3w -'I.. ;rtotsl.
Sp.-ri,.g Agency; kkAde~mly. n-A bel-k~y S.SA.
Genersa FA, N. A. borl-Ich; gd, L. TL~feyvv. ~ch. Ed.:
3. aidrk..
FMtF=: This col-Lectlon of =~Iclem I* Imte,-Sel for cbealst, a,J ;Ays
Ui.~ 1.1,araa~d I. 1=7e, --d fnr --irl, P-
-1 ~rnsd " th A;Tllc&tlor., Of . and _I."A p-n. 1.
res--h In tb. Ufa Ci~-..
COMAGE: Th@ caLlActlan contains 29 pop- m%d at t2le Etc:ltz Con-
f.re". on high t-k pl-. L9- ~4 0-- r, 1;5 ) ( !-,.
of .=*.--. not given The .. tm=e. - --I pr~-_i ;-Uy
q-t. ta.
.1th tb. dirrelsinvit of ltua&_~=. -,h, f
and qualltative cbe~cal analysl., and ~Jth tba of I=
In wdl c&I and biological reses.reh. Tb~y 4.1's- 1-1-
thods for the de"ritinsti- of -I-, ----y,
, b-, -4 thr - -LI - I-I-e ... ve~-~.
=
for Uw di&Z~lm or skin ca-er ~l %.%& dr-tion of r-t-,;. j,-,
Ptbopl. I.-rZanlams, rns lesilp of ne. In-
st~nta for I-aneacence ~mly ls d.-It-1. -.,w
~ out --n-d Lth tdl.. or -7-1
yb";homs. Ttwers Is a discusal- of tzm cmtrLb~-.I- of 3ar%,%
spoclmlls~ in wlem2ar 1-al-re- I-- C, cou,s, of ~ y- ~4
ahaf pre-ding Lba confem-.' -t, ar~ticles or T. t. W-y-,
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!f tbeir Uprtanz.. So Is ran"ll Us. ars -ti.ned.
wo-pany anst or tbw articiam.
bcrbirrcl-~, T.. A. T-ting tb. of
nocre-OLD 1-jana,oa 65
jamiabalkal,-L". S...tlfl~ R-h 1-tit.U
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!!~erff'v,x. (Institut kiLlmal L-I
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ulinakc. Ax amR (inst1wts of Orld-ie C~W. 1"7 L-I
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0~1-5 Lmagrene 71
&be author reporta on hIs yntbesla of an QrCaolc 1=1.nophom
1=xopw vhIch exhibits an orange-rod lazlzes-eme artr
*Xpostrn w oltra-1030t Ilopt. 7~ - 11-1~ptnre t-
msds It W.siblv to uts 1=inescew, In drcto,cn-,y Lm the
ol~tri. and ---tbe inlutry for the I.-
tacti.. of I. tbe ...Us f &I-. ;ro-b-t., -2 1., In
8~ JpLr -J cora senatti- tb.. tb.
mtbods of -
mxJ~?jjK. mat,rey,w il~-_Itzta of Org-le
L.tr7 im.L 1. D. Z. nskly AS I;= N . Me --h-4 of
th
=Vi L=LLo, ennt an~d r-l-d S"~t 5~4-4 T9
di."" , rrtb., of 1-1-enc.,
tbt I., a -thd ~'.r4 dyed ith 1-1--t - -
*tam. to Otly -A drift. d.1114 hy&_I-.,tc a . ....
9trwtI.. work, Tb. -tb.- .1..:. t1nat thI. mat!,ol t-
lvca v1d. ~ 1. the MZR -A tbr -trls. 1. re
T. SUA),awn j"ok._"y go..d-.t- 7 -1-w'.. L-L
.. ": ac,rm (Mosco, state Unt-s'Nty L-i
X. T. 1~s-)J. Ot1lizatlon of UltravloLst Raja In
Paper Ch-tg-ph7 81
-4 L_X_M.Iz~
T t ft' AN OSMq (r-titute tf PhysLes AS
Iff.ct of Adsorbed Water on tha Luatnes-ree or CeUul-
Nstarl.I. 83
Card'6/jo

PATRIKEM. V.V.; BAIJUIDIN, A.A., akBdemik; KIABUNOVSKIT, Te.I.; MRDASIIBV,
~XSIMVA, G.I.
Selectivity towards optical Isomers of adsorbents fromed in the
presence of bacteria. Dokl.All SSSR '132 no.4:850-852 Je '60.
(MIRA 13:5)
1. ImatItut organicheskoy khimii im. 1J.D.Zelinskogo Akademli nauk
SSSR.
(Adsorbents) (Isomers)