SCIENTIFIC ABSTRACT VISHNYAKOV, YA.D. - VISHNYAKOVA, T.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001860110007-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

VISHNYAKOVp Ya.D.; UMANSKIY, U.S.
Occurrence of oriented porosities in metal daring hardening. Fiz.
met. i metallmved. .16 no-4t632-634 0 963. (MIRA 16:12)
1. Mookovskiy institut stali i splavov.

VISHNIAKOV, Ya.D.; KURDYUMOV, V.G.
glee tron-microscope study of the dinlocation titructur* of thm al-
loy C00% Fe. Fiz. tvar. tela 6 no.1:279-281 J& 164. (MIRA 17:2)
1. institut fiziki metallov, Moskva.

VISHUYAKOV, Ya.D.; UMANSKIY, U.S.
Characteristics of the dislocation structure In alpha-iron
and iron 1 50 % cobalt alloys. Izv. vys. ucheb. zav.; chern.
met. 7 no.1:145-147 164. (MIRA 17:2)
1. Moskovskiy institut sta.1i 1. ~~Iavav.

L 01209-67 EWT(m)/EWP(w~/T/EWP(t)./EIIZEWj~Uk
ACC NRs AP6032458 SOURCE CODE: UR/Ol2q/66/ooo/ooq/oo42/0o4
5
5q!
AUTHOR: Visbnyakov, Ya. D.; Ivanov, A. N.; Mirskiy, L. M.; Kherodinashvili, Z. Sh._5
ORG: Institute of Steel and Alloys, Moscow (Moskovskiy institut stali i splavov)
TITLE: Effect of high-temperature-thermomechanical treatment on the fine structure
and mechanical ro ertie of titanium alloys
SOURCE: Metallovedeniye i termicheskala obrabotka meta4lov, no. 9, 1966, 42-45
TOPIC TAGS: titanium alloy, thermomechanical tl"_~-L~alloy thermomechanical
treatment, alloy )NAIe obw - -'-*----. dl=ir mechanical property/VT3-1 alloy, VT15 alloy
ABSTRACT: VT3-1 titanium alloy (2.4% mo, 1.6% Cr, 5.9% Al, 0.5% Fe, 0.2% Si) and
VT15 titanium alloy (7.8% Mo, 11.0% Cr, 3.2% Al, 0.2% F, 0.1% Si) were subjected to
high-temperature thermomechanical. treatment (HTMT) - deformation at 900-1000 and
800-900C, respectively, followed by rapid (20OCIsec) cooling. Specirrpehs were
strained either by tension (VT3-1 allpy r by upsetting (VT15 alloy)P HTMT increased
the strength and ductility of the alloyl~o For example, the VT3-1 alloy strength
increased from 115 kg/mm2 after conventional heat treatment to 142 kg/mM2 after
HTNT at 900C with a reduction of 26%. Higher reductions brought about no additional
effect. Aging at 500C for 5 hr increased the strength of conventionally and thermo-
mechanically treated alloy to 125 and 1.60 kg/mm2 at an elongation of 12 and 15%,
respectively. With the HTMT in the 0-region (1000C), the strengthening effect was
Card

L 01209-67
IkCC N-R, AP6032458
still higher because only a'-phase was formed. With increasing deformation in HUNT,
the size of the coherent dispersion regions decreased and the lattice microdeforma-
tions increased in both alloys. Subsequent tempering at 550C for 2 hr brought about
no changes in the fine structure, which indicated a thermally stable configuration
of the lattice defects formed with deformation and subsequent phase transformation.
Also, no grain growth occurred in thermomechanically treated alloys reheated up to
90OC; this ensures preservation of the advantages of HT14T at elevatect temperatures.
However, at temperatures above 600C, because of a higher diffusion in the structure
with defects, the thermomechanically treated VT3-1 all(rr softens more rapidly than
i conventionally heat treated.,alloy. Orig. art. has.; 2 figures and 3 tables.
SUB CODE: II/ SUBM DATE: 'none/ ORIG REF: 005/ ATD PRESS: 5097
~,~Card 2/2 b1z

ItFAIIASIYEVI P., inzh.j BORODICII, M.,- inzh.; I~SMYAKOV, Ye.) inzho
Mz~g wire-reim,orced copcrete girders cn stands. Ila stroi. :~Os.
3 noo5:37 My 162. (Beams and 4rders) (MIRA 15:9)

VISHNYAKOV, Ye.P.
Newly designed borer for the installation of SPH-16
saismograpba. Razved. i prom. geofiz. no.4209-40 161.
(KrRA 16:11)

GRODZENSKIY, V.A.; VISHNYAKOV, Ye.P.; MALOVITSFIY, Ya.P.
Apparatus for correlated recording of seismic vibrations and
results of its use. Prikl. geofiz. no.37t67-94 163. (MIRA 16:10)

VOYLTTISKIY, V.S.; VISMAZOV, YE.P.
- - - - - -
Inste-Ilation for combined Croupin.- of seismographs
stationn, Rrizvae, I prar.,-(*ofiz. no.25:41-52 15P.
(Soisr1ometr,!-,v.C:IIipncnt end supplies)
at seisnic
(MIRA 12:1;)

"IC ~' I '' :. ! T v , , V i--h N y It KGV yn..- .
I . A -1. 1 . ; I I
j 'i ~ rc-f~
-,: : rig I - +
-ir!n -17' L~;e Lou-ce cf excitation of e-'astic
,
.. ~. gFiof-:.z. nc.4-.3 -1) 165. (MUiA 18,9)

zi 7- : i- -. lr~,
~/,/ -11,tl 1:7 -
'Al (-, ~,'I - I /
VISHNYAKOV, Ye.P. '
Temporary apparatus for grouping seismographs. R&zved.i proz.
geofix. no.17:3-5 157. (MIRA 10:12)
(Seismosetere) (Prospecting--Geoph7sical methods)

-- f"- "- --,- ,A. - -,- "-.. -I,- ~,- I
I, - i
VOYMSKIY, V.S.; SLUTSKOVSKIY, A.I.; VISANYAKDV, Ye.P.
Industrial testing of seismic at-atlo'ns Mh- speed filters. RazTed.
i prom.goofiz.no.17:21-32 '57. (MIRA 10:12)
(SeismcostT7)

VI5HNrANDY, Te.P.
, -. . ... 4.
Dissertations defended In the Scientific Researcb Institute of
Geophysical Prospecting. Izv.AX 5SSR. Ser.geofiz. no.9:1128
s 156. (KLRA 9:12)
(Prosp*cting--Geophysteal metbods)

L 40317-66 EVf (1) GIVI
ACC NRs Ap6oO5348
INVENTOR: Vovutskiv, V
Grodzenskiy,- V. A.; Tabakov
'IM-.none
SOURCE CODE: UR/0413/66/000/001/0092/0092
Vishnyakov, Yg,.Z Shairson, H. B. -, IAM I. S.;
P.--
TITLE: Method of recording weak eja~ ~sionp and earthquakes~rrl)
42, No. 17764o
Class
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 1,
1966, 92
TOPIC TAGS: earthquake, seismic Viii-
explosion, i Meow4WRE
ABSTRACT: An Author Certificate has been issued for a method of recording
weak explosions and earthquakes based on determination of the interrela-1
tion function of seismic vibrations. To improve the quality and reliabilit3
of measurements, the values of the function obtained for a number of
receiving points arranged along the profile are summed up with the vary
ing time shifts corresponding to ti-riose predetermined by the location of
the receiving points along the profile. [LD]
SUB CODE: 08/ SU34 DATE: 29Jan63/
1A&.21-P UDC: 550.

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~ 4 5/179/b0/000/03/014/039
15, getlv E1.91/E48i
AUTHORS: Vinogradov, G,V. and Vishnyakov, V.A. (Moscow)
TITLE: Abrasive Wea n Rolling Friction
PERIODICAL: Izvestiya Akademii nauk S6SR, Otdeleniye telchnicheskikh
nauk, Mekhanika i mashinostroyeniyei 1960, Nr 3,
pp 89-98 (USSR)
ABSTRACT3 A four ball friction machine was used in the experimental
study of the laws of
,~.abrasive wear of hardened steel with
,
different lubricant4under rolling friction at high contact
pressures. The three lower balls remained free to roll
along the groove of the supporting cup. The rolling speed
of the lower balls was varied between 0.03 and 0.60 m/sec.
The Hertz contact stress could reach 50000 kg/cm?-, A
constant temperature of the lubricant was maintained.
A high viscosity oil containing an additive with surface
activity, a high viscosity non-polar oil, a low viscosity
oil with 1~~ oleic acid, a low viscosity non-polar liquid
(Cetane) and plastic lubricants9 were used, Quartz dust
with a micro-hardness of about 1000 kg/cm2 served as an
abrasive with particle sizes between 6 and 40 microns,
Card 1/3 By measuring the electrical resistance across the bearing

S/179/60/000/03/014/039
Abrasive Wear in Rolling Friction E19.1/E48i
model, the conditions of lubrication were detected,
With the help of a special contact in the supporting
cup, the rpm of the upper ball and the rolling speed of
each of the lower balls were recorded. Parallel tests
were carried out with an actual ball-bearing which showed
that conditions in the model were similar. The balls roll
over an abrasive layer which constixutes a mixture of
lubricant with abrasive, Each factor was varied singly
for each set of tests. A repeatability of 10% was
establIshed. It was found that the abrasive particles L1_V_
are ground in the wear process down to a size equal to
the depth of the projections of the rolling surfaces plus
the thickness of the lubricating layer, In low viscosity
liquids, a sedimentation process of the abrasive particles
takes place so that the largest are deposited at the
bottom of the cup outside the rolling track, Thus wear
is smaller in spindle oil than in grease, although the
grease possesses better lubricating properties,
Lubricants thickened by the addition of high molecular
weight polymers experienced in the friction machine a
Card 2/3 reduction of viscosity which shcows the disintegration of

S/179/6o/ooo/o3/ol-4/039
E191/081
Abrasive Wear in Rolling Friction
the polymer presurnably by very higrh gradients of the
shear velocity. The samc. phenomenon has been found in
gearboxes. Parallel tests with a pulley mounted on
ball and roller bearings were carried out tc.) show
similar laws of abrasive wear, There are 10 figlires,
I table and 6 references, 5 of iihich are Soviet and
1 English,
Card 3/3

VAS114VSKIT. I.M.;, VISHMXOV, V.V.
Hodoscope system of pulse-fed counters. Prib.1-tekh.eUp. no.Z:
58-63 Mr-AP 160. (MIRA 13M
1. OrVyedizennyy institat yadernykh iseledovaniy.
Ohmlear counters)

83986
5/053160/072/001/004/005
B013/BO60
6 9
AUTHORS: Vishnyakov,,V.,,I_,_, Tan Syao-vey, Tyapkin, A. A.
TITLE: Low-voltage Halogen Counters/1
PERIODICAL: Uspekhi fizicheskikh nauk, 1960, Vol. 72, No. 1,
PP- 133 - 152
TEXT: The authors studied the discharge mechanism in low-voltage halo-
gen counters. They differ from ordinary self-quenched counters filled
with organic vapors by the processes taking place in them. The charac-
teristics of halogen counters under pulse feeding conditions were exam-
ined along with the part played by negative ions (Figs. I and 2). In
addition, the authors studied semi-self-maintained discharge and its
development in time (Fig- 3); the development of self-maintained dis-
charge and the retardation of pulses (Figs- 4-6); discharge fluctuations
near the threshold (Figs. 7 and 8). The particular character of the dis-
charge development in time, depending on ionization on the expense of
collisions of the second kind, explains a number of specific properties
of low-voltage halogen counters. The particular character of such a
Card 1/3

83986
Low-voltage Halogen Counters 3/053/60/072/001/0()4/005
B013/BO60
discharge consists in that every ionization process is preceded by a
certain diffusion time of the metastable neon atom (its collision with
an impurity atom). The description of the discharge mechanism in halogen
counters also conveys an explanation of the changes occurring in the
properties of these counters on an increase of the halogen concentration.
An augmented halogen addition leads to an increase in the critical volt-
age (Ref. 14). It was found that the specific properties of low-voltage
halogen counters appear less and less marked with increasing halogen
amount. These properties are characteristic of a discharge occurring as
a result of the formation of metastable atoms of the initial gas and
the ionization of impurity atoms brought about by the collision of the
second kind. On a rise of the critical voltage in the counter an ioniza-
tion of the gas occurs directly due to the electron impact. The part
played by such an ionization becomes increasingly more important with
rising voltage. For this reason, the mathematical description given in
the present paper of the discharge in low-voltage halogen counters at a
halogen pressure of some torrs is not applicable. kt a sufficiently high
halogen pressure, such a counter is transformed into a high-voltage
Card 2/3

83986
Low-voltage Halogen Counters S/053/60/072/001/004/005
B013/BO60
counter, in which the discharge does not differ from that in an ordinary
aelf-quenched counter. 1. 1. Glotovp L. S. Eyg, are mentioned. There are
8 figures and 23 references: 9 Soviet.
Card 3/3

I
MATOV, K.; VISIII,'~AKOV, YU.
"Human diseases caused by Arthropoda" by Vasil A. Ganov.
Reviewed by K. Matov, and IU. Vishniakov. Priroda Bulg
12 no. 1- 120 Ja-F 163.

1. LIVOV, IF. PASTUKHCVA, P. VISHFIAKOVA. A.
2. USSR (600)
3. Lunbering
4. Seedling plots in mechanized skidding.
Les. prom.4,%-Ko. 11 - 1952.
9. Month Ust of Russian Acessions, Library of Corgress, February, 1953. Unclassified.

URITSFAYA- VISHNUOTAI-BOUSOV; PINMASOTICH; MURADOT; RIDALIMAN; OSIMIT;
AAibf-,- kKSXRW; GOMSEGRAM; TIMMM; ZHARKOV-, POPOV; ROKANOTA;
SIDORIUO-, TOIRIN; TIKOVMTA.
Dvdtrii Sergeevio'h Pkvlov; obituary..Gaz. prom. no.le.56 A '58.
(Pavlov, Dmitrii Sergeovich, 1904-1957) (KIRA ll:z)

14)
K.5-11111YI) V-6% vtq I/
USSR /Chemical Technology. Chemical Products 1-9
and Their Application
Fertilizers
Abs Jour: Referat Zhur Khimiya, No 9, 1957, 31302
Author : Nabiyev M.N., Vishnyakova A.A.
Inst : Academy of Sciences Uzbek SSR
Title : Elimination of Hardening of Ammoniated Super-
phosphate by an Addition of Lignin
Orig Pub: Dokl. AN UzSSR, 1956, No 9, 31-34
Abstract: Report of the results of laboratory experiments
on addition of air-dry lignin (H2.0 19-22%,
HtSOY 0.9%) in an amount of 2-10%, to superphos-
phate prior to its A onificatIon. On addition
of 1C% lignin, the ammoniated superphosphate pro-
C ard IA

USSR /themical Technology. Chemical Products 1-9
and Their Application
Fertilizers
Abs Jour: Referat Zhur KhImlya, No 9, 1957, 31302
duced from apatite concentrate, as well as that
obtained from Kara-Tau phosphorites, is rendered
completely friable. Lignin Is a useful additive
since it is rapidly converted, in the soil, to
humic acids which imDrove structure of the soil.
Card 2/42

VISHNYAKOVA A.A.; NABIYEV, M.N., akad.
=J.--.
Effect of magnesium compounds on the conposition and hygroscopicity
of simple and ammoniated superphosphaten. Izv.AN` Uz.SSR no,11:25-35
156. OURA 14:5)
I@ AN UsSSR (for Nabiyev)
(Magnesium compounds) (Phosphates)

Cand Chem SCi -- t , i-
VISHNYAKOVA,, A.A... (diss) of
ni.physicochomiclial properties of simple
magnesium compourids ~I
and ammonifico puperphosphato from phosphoritos of Karatau
Tashkent, 931~1-=n 6f Acad -Sci o.P Uzbek SSR, 1957. 28 pp
with graphs (Acad.Sai Uzbek SSR, Inst of Chemistry), 150 copies.
(KL, 1-58, 115)
- 10 -

vISHiffAKQYA..A.A.-. UBITIV, H.Ho, almdamik
Affect of ukgnesium salts on the hydrophrlic properties of
ammoniated and ordinary, superphosphate. Izv. AN Uz.SSR Ser. khim.
nauk ne.2:5-12 157. Nrn 11.- 8)
1.An 'UzSSR (f or Nablyev)
(Phosphates) (Magnesium salts) (Hygroscopicit3r)

P,
tr - 'T I ; -- I .-
~ -r ; ". - ..
-li~ or

AQW=
NABIM, M.N., skadamik; FAPJWIOV, Z.N.; VISHNTAXOVAa A.A.
Ammontation of stmerphoophate by amonium cormmmds. Uzb. khim.
zhur. no. 1:7-14 958. (MIRA'11.-7)
1. AN UzSO (for Nabiyov).
(Pho spba ton )
(A=onis)

NABITRY. M.N., skademik; VISMAKOVA, As_A--LUNH7Jl3TA, H.S., red.izd-ve;
RAMSUA, V.P., takha.red.
IA'mmoniated superphosphate from Kars-Taim phosphorites] Ammoniziro-
vamWi supertoofat is fosforitov Keratua. Tashkent, lzd-vo Akad.
nauk Uzbekskoi SM, 1960. 176 p. Wu 13:11)
1. AN UsSSR (for Nabiyev).
(Phosphates)

TUKHSANOV E.; VISHNYAKOVA A.A.; NABIYEV, M.N., akademik
P =L==
Effect of oxidized coals on the process of chamber superphosphate
maturing. Uzb.khim.zhur. 8 no.4212-17 164- (MIRA l8s:12)
1, Institut khimii AN UzSSR. Submittod July 24, 1963.
2. AN UzSSR (for Nabiyev).

KAMALOV, K.,- VISfff-TYAKOVAO A.A.; IVANOV, V.P.; IIABIYEV, M.N.; SADOVSKIY, K.D.;
RD zkluvrff, '.A-.-;!'-'XA'LI4ATIOVICH, L.A.
Developm-,-nt of,the prc ductior, to-chnology-for sihmonisted super-
phosphate 6n thp basis df a grAnu-IAtion equipmont. Uzb.khim.
zhur. 9 no.1;58-61 165. (?/,IRA 18:6)
1. Institut khimii All Uzbpkskoy SSR.

NABIMP M.N.., akademik; VISHNYAKOVA, A.A.; DAZJUV., V.D.; AMUM, Xh.M.;
k-z~
KAHUM, A.; RASUL"-k,-Sfi-.-;-MUMN0VA., U.N.
Increasing the degree of phosphate deconposition by a partial
substitution of nitric acid for sulfuric acid and ammoniation of
chamber ouperphosphate. Uzb.khim.zhur. no.40-10 161. (MIRA 1438)
I# Iastitut khi-ii AN Uzbekskoy SSR. 2. Akademiyo nauk Usbekskoy
SSR (for Nabiyev), (Phosphates)

NABMV, M.N., akademik; XIP-199UML,-~ RMIMDZWOVA' I.
System MgO - P 0 - H,O solubilLity of magnesium nitrate
in phosphoric Jc?d at2 25 C). Uzb.khim.zhur. no.5:3-8 161.
(MIRA 14:9)
1. Inatitut khimli All Uzbekskoy SSR. 2. MI Uzbekskoy SSR
(for Nabiyev).
(Phosphates) (Systems (Chemistry))

".MICA SeC 16 V01 71Z Cancer Ju1Y 59
?yr,~--PPTA
261o. Dopan treatment of myeloid leukaemia and some malignant cum-
ours (Russian text) VISIINYAKOVA F.. G. Inst. of Exp. Pathol. and Ther. of Cancer,
Moscow Vopr. Onkol.'? -'U9-=-5T2) Tables 2
1105kK--d/5 3 -
0 th4
D anwasemployed or e treatment 4317 patients with chronic myeloid Icukaemia
noTof W patients with malipant tumours. The drug proved to be cffcctivc for the
a i
treatment of chronic mycloid lcukaemia. In 6 cases the blood icture improved
and the spleen decreased in size. Reticulosarcoma, chorioncpitgelioma, lympho-
sarcoma.and cancer of the lungs and bile ducts were found to be insensitive.

KRASNIN) F.I.;
Data on ornithosis infection in Leringrad. Trudy Len.inst,spid.
I mikroblol. 20:98-105 159. (KMA 1 21)
(IENINGRAD.f -ORNITHOS IS)

VISHNYAROVA, L.A.; MEYTIN, B.I.; POIMITSKAYA, 11.1.
Householl outbreak of ornithosis connectA3d with pigeons. Trady
LensinBt.epid.i mikrobiol. 23z267.,272 161, (MIRA l6s3)
1. Ivlaboratorii osobo opannykh infektoiy i rikket0io2ov Ienin-
gradekogo inatituta epidemiologii i mikroblologii imeni Pastera,,
Leningradakoy gorodskoy oanitarno-epideniclogicheakoy stantaii
i Sanitarno-opidemiologicheskoy stantsii Smollninakogo rayona.
(LENIVGRAD-OMITHOSIS) (PIGMS AS CAMUIM OF DISME)

VISHNYAKOVA, L.A.; GLADKOVSKIY, A.F.
Duration of the preservation of complement-fixing anti-
bodies following the recovery from ornithosis. Trudy Len.
inst, epid. i mikrobiol, 25.-219-224 163. (MIRA 17:1)
1. Iz otdela osobo opasnykh infektaiy Leningradskogo insti-
tuta epidemiologii i mikrobiologii imeni Pastera i Lenin-
gradskay infektsionnoy bollnitBy imeni Botkina.

FILATOVY I.F.; TOKARFVICI!, K.N.; VISHNYAKOVA, L.A.; FRIEW, E.A.
Role of viral and rickettsial agents in the etiology of
acute types of pneumonia. Trudy Len. inst. epid. i mikro-
biol. 25:201-209 163. (MIRA 17:1)
1. Iz otdela osobo opasnykh infektaiy i laboratorii grippa
Leningradskogo instituta epidemiologii i mikrobiologii
imeni Pastera.

GOLIDIN, R.B.; KRASNIK, F.I.; VISHNTAKOVA, L.A.
Experimental typhus fever Infection and i=mity in Irradiated
animals. Report No. Is Course of typhus fever infection in
cotton rats exposed to X-ray radiation. Trudy Ian. inat.
spid. I mikrobiol. 25:32-41 163. (14IRA 17,-1)
1. 1z' Voyenno-meditsinakoy ordena Lanina akademii imeni,
Kirova, I otd~la osobo opasnykh infektsiy Leningradskogo
Instituta apidemiologii I mikrobiologil iment Pesters.

TOKAREVICH, K.N.; VISHNYAKOVA, L.A.; GLADKOVSM, A.P.; YAKOVLEV, N.H.
Outbreak of ornithosis of an occupational nature. Trudy Ion.
inst. epid. i mikroblol. 25:185-191 v63. (MIRA 17:3.)
1. Iz otdala osobo opasnykh infektaiy Leningradskogo insti-
tuta epidemiologii i mikrobiologii imeni Pastera i Lenin-
gradskoy infektaionnoy bollnitsy imeni S.P. Botkina.

VISHNYAKOIIA~ L.A.
i~a~li on the evaluation of the vtisults of complement
fixation reaction in ornithosis in man. Trudy Len. inst. epid.
i mikrobiol. 253210-218 163.
Study of the imminological structure of population in Lenin-
grad in relation to ornithonia. lbido225-232
Inhibitory complement fixat4-n reaction in the study of
ornithosiso lbid.:233-241+ - - (14IRA 17 : 1)

"Gharacteristic3 of Fert.14zation to Wain :.Iatlirnal Formts of Hereditv."
Cand Biol Sci, All-Union Order of Labor Red Danner Selection and Geizetics in~t
imeni T. D. Lysen!:o, Ode-ssa, 1-1)55. (1'L,, No 12., Har 55)
So: Sum. No 670, 29 0-ePt 55 - Survey of 6cientific, i,,.d Te,Ainical Disrertations
Defended at USM Higher Educational Institutions (15)

VISMAKOVA, 14.1. p inzh,
~-'-
Increasing the traffic capaciV of channel groups in automated
networks. Sbor.LII2HT no.161:205-211 '58. (MIRA 11:12)
(Telephone, Automatic)

DUBININY M.H.; VISHNYAKOVAj,-JW4-; ZAVERINA, 19*1).; ZHUKOVSKAYA, Ye.G,;
LEONT1itT-,-Ye*A*; LUKIYANOVICH, V,M.,- SA.RAMOV, A.I.
Adsorption properties and secondary prow structure of adsorbents
acting an mole#ular sieves. Report Noolt Industrial speciments of
synthetic zeolites. Izv.AN SSSR Otd.khL*n.nauk no.3:396-406 Pyr- 161*
(MIRA 14:4)
I* 1wtitut fizicheskoy khimii Akademii nauk SSSR.
(Zeo1ites)

ACCESSION NR: AP4027716 S/0183/61,,/000/002/0643/0048
AUTHORS: Moos, A.1.;'Yis"yakoval M,N,; Dunitrint No
TITLE: The action of modifiers in forming supermolecular structures
6f viscose fibers
SOURCE: Khimicheskiye volokna, no. 2, 1964, 43-48
TOPIC TAGS: viscose fibers formations supermolecular structure,
modifier, cyclohexylamines polyethyleneglycol, hydroxyethylated
amino, zinc.sulfate, mechanism, electron microscope# production
condition, tire cord, fiber uniformity, fiber strength, pH control#
structure forming zone, buffer, cellulose.xarithate
ABSTRACT: The structures of viscose fibers obtained by adding
modifiers (cyclohexylaminel polyethyleneglycol and hydroxyethylated
amines) to the viscose were examined with an electron microscope
in.order to determine conditions most suitable for the production
of uniform tire cord. A mechanism for the action of the modifiers
is proposed. The structure of fibers which were most uniform were
produced from viscose containing modifiers and an increased sinc
Card 1/3

ACCESSION NR: AP4027716
sulfate content and had low aciditj In the nettling bath; these
structural elements were well formed and tuive smaller and more uni-
form diameters than fibers formed under other conditions. The
proposed mechanism for the action of modifiers is that they help
'maintain the proper pH in the active structure-forming zonep forming
onium compounds in an acid medium and destroying them in alkali.
In the settling bath the zinc also acts as a buffer. T),e modifier
acts as buffer on the surface and zinc acts on the internal half
of the active structure forming zone. Besides acting as buffer, the
modifier changes the solubility of the cellulose xanthate, forming
an ample number of centers for the formation of structural elements
which in turn leads to the formation of small diameter structural
elements. It is concluded-that the well-formed sections of macro-
molecules indicate that zinc xanthate is not formed in the structure-
forming process; the zinc sulfate neutralizes the caustic in the
viscose Jets. Increasing the acidity of the settling bath acceler-
ates tho viscose fiber forming processes to such an extent that the
b ff ' Oin of themofifier d jjyj'ar5raun jHsggj?d
strueEing a P
c ur iorm ng ione POMM 1P 4 441gures
and 7 equation$*
Card 2/3

A~CESSION NR: AP4027716
A$SGCIATION: LIMP im. So Me Korova (Leningrad Institute for the
I
SUBMITTED; 28may63
SUB CODE: Mr
DATE ACQ: 22Apr64 ENCL: 00
NR REP SOV: 007 OrHEt: 005

S/0~2/6- '/CGO/C0r,'/0'04/O 10
BI I 71B206
AUTHORS: Dubinin, M. M., Vlihpyakova,M~ It., Za-,~rer!%;t, Yp.
(Deceased), Zhuk.437~ okay a,--Y-e.- and Sqrakhov. A. 1,
TITLE: Investigation of the adsorption proper'~iAs and qe-_%rdary
pore structures of adsorbents ttiuir,,-, th.? -Iflle-' Uf
filters. Communication 4. Granfil-at-M
of the A-type
PERIODICAL: Akademiya nauk SSSR. Izve-qtiy;s. I-n,-y;? kh3m-_ -heskikh
_.I 795
nauk, no. 8, 1961, 1387 )
TEXT: The authors investigated the ad-iorpilon proff~rtie3., th,? secondary
pore structures of the grain3 and their appqrint acd
Granulated A-type zeoliteo obtaired by Sr~,11,~?f, '141
of studies in the field of zeollte A wumbar
if 7 f~- q
of specimens by Ya. V. Mirskiy (Mr) were ~-"Ion of
which the pressure wa3 repeatedly 2hantged, a"d
B. A. Lipkind (Lp). The designation cf' te-
abbreviated name of the producer and the sy;~- h Im
Card 1/8

S/ G -,. *- / 1, 1 / C C G. / C C' cc4o0
Investigation of the adsorption... B~'J-j/KC6
Two specimens each of granulated zeolite-3 b~ thq fizm :f LiLd~ (I)
and (II) in the form of grains with 1/8" Jjarr-37.er ware -..Fed :~Dmrar!so%.
To the sodium form (NaA) belonged: Mr-296., LF 202-., Li-j~- -,~A 1,;' .
Linda 4A (II). To the calcium f orm (CaA) be! ~)nged : Mr-2ci7. ',L- ~'4 7,
Mr-372, Mr-380, Linde 5A (I) and Linde 5A ikll)", Tr. e I s c trm -_3 f B c-r pr, n
and desorDtion of benzene vapors were lAterml.,.=~ in
vacuum. The specific method for experiment-a x1tri
described by M. M. Dubinin (Ref. 3: Izv. AN SSSR~
750). The isotherms determined had generally thi simi a3 th~q'~
mentioned by the authors, Ye. A. Leontlyev and V. M- Luk*y-1n,--1-1-'
(Ref. 2: Izv. AN SSSR. Otd. khim. n., 1961, 1)96' ict~erms
of water vapors were measured by sorption scales In var~uum for dlre'.~t
comparison of the adsorption properties of granulated, ,,orr.T-,1et'41y
dehydrated zeolites. The secondary pore strurture 6f th.? waa
investigated by pressing in mercury, and accordiLg to the -.crnticn method,
Mercury porometry makes it possible to determine the diBtrib'-i'i,,tj G"', the
pore volumina according to their effectiv-?. raiii in th-~ range of
11106 to 15-25 2. From the isotherms of capillary :f vapors
Card 2/8

S/0(' 6-, lox IC06/00.'/010
Investigation of the adsorption... B117 B2o6
of substances, for which the pore structure of zeolite ~ryztals (primary
porosity) is inaccessible, sorption vclumina or the summary pc-re %-clum- 'I r. a
with effective radii below 100 a might easily be fo-und, From the6t data
the total volume of the secondary pore strum:'; ire may b- ~al-jlatled. In
experiments with mercury, low- and high-vressure ~nre were u3ed
(Ref. 4: M. M. Dubinin, A. I. Sarakhov and G. A. RyablIko-, Zh, f17'
khimii 32, 1404, (1958); Ref. 5: M. M. Dabinin, M. M~ Vish"yakov'~L,
Ye. G. Th-ukovskaya, Ye. A. Leontlyev, V. M. Luklyanc,-i.--n, A. I Sarakhcv,
M. fiz. khimii 34, 2019 (1960)). Zeolite grainzi whl~;r. were iii ~-jiiilibrium
with the air humidity were applied. The mairi char-i,ltpristi,79 of tile
secondary pore structure of zeolite grains are 14'stit-i it-, Tql,,Ie i. Table 4
contains information on the volums of the sp'~Crldary pcr-~ When
applying zeolite grains in practice, it P3 riot the J'r,-Ior of the
unit of mass of the grains which is of vitfil ijnj~r~-r,c-, un't or
volume of the grain layer,. Therefore, the t,o :,ttablinhed
between adsorption properties as well as arpar:~nt d-,,jitf (-f ti..? zerlit-2
granules and the volume of their secondary I.or.? TK-1~ 1-.roblem
may be solved if composition of ztolit.4 gr~ii-.b w-A -f
pores are known from experimental data. Th.- a-d ~XTerimertal
Card 3/8

St ~v'
Investigation of the adsorption... B 1 1
characteristic features of A-type zec'ite gra~r.~, -tr,-3 a-3
other in Table 5. The values for the apj,are!,r' gralt, -Lzri~ 'Nell :r-
general. The deviations amount to a maylmum -,f * 3%~ In4 -~*,-,~'-il'-I_- cl%d
experimental maximum adsorption volux.~., c:r wat-Y :~rzz f~- N-tA r-.%ins.
For most of the CaA grains of So-;e~ w,d Ameri-an
adsorption voluma are below the val ues ,: a I -: 1'~ ;' a t-f (;f r e r t
A part of the highly disperse zeolite i,rystalz, i.~~ i.,. ~;iA
obviously excluded from the adsorption prr'-'e.- f,-.r yt-~ reascriE?.
The latter are being investigated at pr;tztent. ."It ~%Lq --~Lr 1 5'. j
granulated A-type zeolites synthetiz-id ijy Scv!',~t-
corresponding American specimens showed tha- with
adsorption properties they are only id~nnrioal ;t'; ~t-:ndary
pores. This concerns the access ibi lity of -he p-re 3trni-11~re c,f Th't
actual zeolite crystals for the adsorbable ttl-~
adsorption of bigger molecules. The zeclite grair-s .4how
strongly differential volumina of the secondar.7 porp otr;-ti;re That ia
the main reason for the fact that the apparert ciz!:isity and
thus the adsorption properties of granulated z,7c~litei qr~_ different for
the units of volume of the grain layers, The authcr.;i thank B~ A- Ll:jkind
Card 4/8

S106 61 000/008/004/010
Invcstigation of the'adsorption... B117YZ20~
and Ya. V. Mirokiy for'supplying specimens and experimental-data on
apparent densities of the grains. There are 2 figureo, 5 tables, and
7 references: 5 Soviet-bloo'and 2 non-Soviet-bloo. 7qie two references,
to English-language publications read as follows: D. W. Breok,
W. G. Eyeroole, R. M. Milton, T. B. Read, T. L. Thomas, J. Amer. Chem.
Soo 5963 (1956); R. M. Barrex, 71. M. Meier, Trans. Faraday Soo. 5A#
107~-IR9,58).
ASSOCIATION: Institut fizicheskoy khimii Akadeipii nauk SSSR (Institute.,
of.Physical Chemistry, AS USSR)
SUBMITTED: December 12, 1960
Card 5/8

S/062/61/000/003/002/013
B117/B208
AUTHORS: Dubinin, M. M.,jL~.h~nakgyg_L M. M.f Zaverinaf Ye. D,s
Zhukovskaya, Ye. G., Leontlyev, Ye. A., Luklyanovich, V. M,,
and Sarakhov, A. I.
TITLE: Study of adsorption properties and structure of secondary
pores of adsorbents having the effect of molocular sieves.
Report 1. Industrial samples of synthetic zoolites
PERIODICAL: Izvestiya Akademii nauk SSSR. Otdeleniye khimicheakikh
nauk, no- 3, 1961, 396-406
TEXT: The authors studied some peculiarities of the adsorption properties
of typical industrial samples of synthetic zeolites and the structure of
their secondary pores. They used industrial a lea from molecular sieves
tlC_ 4A (MS aT and 5A (designated by
designed b Linde 4A (designated by -4A)
MC-5A (MS-5A)) in the form of 4-8 mm long grains with an average diameter
of -3.2 mm. Sorption isotherms and, in some cases, desorption isotherms
of nitrogen vapors at -1950C, and waterf benzenep and cyclohexane vapors
at 200C were determined. A similar apparatus as that described in Ref. 2
Card 1/4

S/062J61/000/003/002/012
Study of adsorption properties ... B117/B208
(B. P. Bering, M. M. Dubinin, Ye. G. Zhukovskayat A. 1. Sarakhov, and
V. V. Serpinakiyj Zh. fiz. khimii 3-1, 712, 1957) was applied. To study
the structure of secondary pores of MS-4A and MS-5A grains, low- and high-
pressure porosimeters were used. The latter was a redesigned device of
the nA-4 (PA-4) type (Ref, 51 T. G. Plachenov, 7. A. Aleksandrov, and
0. M. Belotserkovskiy, Metody issledovaniya struktury vysoko-dispersnykh i
pcristykh tel, Izd. AN SSSR, M., 1953, str. 59). For the electron-
microscopic examination of the structure of secondary pores, the method of
single-stage carbon replicas was used. The pictures of carbon replicas of
MS-4A and MS-5A taken by means of an Y3M-100 (UEM-100) electron microscope
showed no marked differences. A thorough analysis of stereophotographs
indicates that there was no dense packing of the zeolite crystals in the
grains. There are interstices of the order of magnitude of small crystals,
i.9., some tenths of a micron or some thousandths of an angstrom. Strong
enlargements show that the crystal surface is not amorphous. The studies
of MS-4A and MS-5A disclosed that the potential adsorption theory could be
appl3.ed to them. As the authors had not obtained any experimental data,
they used the results obtained by H. V. Xelltsev, for water vapor at 200
and 8000 and at equilibrium pressures p - I and 25 mm Rg, which had been
Card 2/4

810621611000100310021013
Study of adsorption propertiesoo* B117/B208
made available to them. The measured values of adsorption deviate from
the calculated values by 3 % at most. Eq. (1) expresses the temperature
dependence of the adsorption isotherms satisfactorilyt
2
T
a - (W /V) exp B (log P./P)
0 2.
limiting volume of V~e,adsorptfon spaosq which is equal to the volume
o? the mioropores of tho-adoorbent; B a constant dependent on the
dimensions of the micropores, which determine the increase of the adsorp-
tion potentials; affinity factor of the characteristic lines;
v --volume of 1 mM of the vapor liquefied at the experimental temperature
T. When considering the structure of the secondary pores, it was found
that it may be quantitatively described by the sorption and mercury
methods of measuring the pores. The characteristics obtained for the
pore structure of MS-4A and MS-5A are given in Table 4. There are
9 figures, 7 tables, and 13 referencess .12 Soviet-bloo and I non-Soviet-
bloc.
ASSOCIATION: Institut fizicheskoy khimii Akedemii nauk SSSR (Institute of
Physical Chemistry,.Aeademy*of Sciences USSR)
Card 3/4

0/062/61/000/003/002/013
Study of adsorption properties... B117/B208
SUBMITTED: December 30, 1959
Legend to-Table 4: Porosity of grains from Linde's molecular sieve;
1) adsorbent; V - volume of secondary pores; 7f - V + V
2 1 2

AACopde" Wo. W.,
VA-wo, rib,/#
V8. tit-Is
V, wja
N, Ho
0,233 0 233
0, 30~2
14C-5A 0,219 0,20,2 0210 0.323
Card.4/4

DUBININ, M.K. - VISOMOVA, M.14.; ZAVERINA , Te.D. [deceased];
'6~5-"
ZHUKON'SKAR A. I.
Adsorption properties and secondary structure of adsorbents
acting as molecular sieves. Report No./+: Granulated synthetic
zeolites of type A. Izv. AN SSSR. Ot;d.kbJm.nauk no.WiO7-
.1395 Ag 161. (MIRA 14:8)
1. Institut fivinheskoy khimii AN SSSR.
(Zoolites)

S/C:76/60/034/003/015/022
BO1r-/P,cr6
AUTHORS:
Dubinin, M. M., Zhul-cyakaya, Ye.
Leontlyev, Ye. A., Luklyanovich, V. M., and Sarakhcv,
A. 1.
TITLE: Investigation of the Porous Structure of Solids by ~2LL-t
Methods. V. Application of Different Methods for Studying
the Structure of Intermediate and Macro-.pcres of Active
Coals
PERIODICAL: Zhurnal fizicheskoy khimii, 1960; Vol, 34, No. 9,
pp. 2019-2029
TEXT: A thorough investigation of the structure of intermediate pGres,
whose size is between micro- and macrc-pores, of some typical kinds of
coal (from the type AY-10 - AY-14 (AU-10 to AU-14)) with intermel--ate
porosity is carried out by the method of capillary condensation. of vapors
(benzene or nitrogen), by pressing in mercury, cr by electron micro:;c0-'Y.
Data concerning the volumes of the micro- and intermediate pores of sh~
investigated kinds of coal are given in a table and show that in all
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a
Investigation of the Porous Structure of S/076/60/034/009/01"VO2~
Solids by Sorption Methods. V. Application B015/13056
of Different Methods for Studying the Structure
of Intermediate and Macro-pores of Active
Coals
samples the volumee of the intermediate pores exceed those of the micro.
pores by a multiple. The_sorEtion and desorption Cexperiments carried c;.;t
with nitrogen vapors at 195 C and berzene at 20 C a device with quartz
scales. A detailed description of this device is given in Ref. !I. The
sorption isothermal lines (Figs. 1-3) are all S-shaped and have a
hysteresis, the beginning of which corresponds to the equilibrium pressure
(p/ps)o . 0.175 for benzene at 20 0C and (P/P,), ;. 0.45 for nitrogen at
For the purpose of determining the porous atru,.ture b,.r the mneth C'(1
of pressing-in mercury, two pare gauges of the type nA.4 (PA-4)(Raf. 8)
(one for low and one for high pressure) were used,, For alcactro-micro-
scopic examinations a YaM-100 (UEM-100) electron micro2cope wa.-, i~~3-d,
carbon replicas were recorded (Fig. 5), and pore diameters from 70 to
110 A were found. The summational curves (Figs. 6-6) of the volume of the
intermediate pores with respect to their effective diameters. which were,
calculated from the sorption isothermal lines for ben2ene and were measured
J
Card 2/3

Investigation of the Porous :structure of S107616,01034110091015/022
Solids by Sorption Methods. V. Application 13015/PO56
of Different Methods for Studying the Structure
of Intermediate and Macro-pores of Active
Coals
by pressing in mercury, showed good agreement. In the case of the results
obtained for nitrogen, less good agreement was fo-ind. The electron,,-nicro-.
scopic values qualitatively confirm the sorption values and the measured
values obtained by pressing in mercury. B. P. Bering and V. V. Serpinskiy
are thanked for their interest in the present paper. There are 8 figures,
1 table, and 13 references: 12 Soviet and I US,
ASSOCIATION: Akademiya nauk SSSR Institut fizicheskoy khimii
(Academy of Sciences USSR.-Institlate of Pbysicai Chemistry)
SUBMITTED: December 24, 1958
Card 3/3

DuBiwm, m.m.; ILSOTAKOVA, m.m.; zHuKoysirATA, Ye.G.; LEONTITU, Ye.A.;
LjXiTAwovjcH v. .1~~OV, A.I.
Study of the porous structure af solids by sorption methods.
Part 5: Use of different methods in the study of the structure of
the intermediate pores and macropores of activated carbons.
Zhur.fiz.khim. 34 to,9:2019-2029 S 160. (MIRA 13:9)
1. Ab%demiya tauk SSSR, Inatitut fizichaskoy khtmii.
(Carbon, Activated)

4 1 1 4 it IS
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to 0

MEOS, A.I.; VISHNYAKOVA, M.N.; DUMITRIU,, M.
- , ~ -
Effect of modifiers on the formation of the supermolecular
structure of viscose fibers. Khim. volok. no.2s43-48 164.
(MIRA 17:5)
1. LITLP im. S.M. Kirova.

_ VISWAK X*1.; KNOS, A- Io
Study of the structure of capron fibers b7 means of an electron
microecope. Xhimovolck- no-5:20-24 160. (MIRA 13:12)
1. Laningradskiy taketilirqy institut Imeni SeRsKirova.
(Nylon)

HEOS, A.I.; VISHNYAKOVA, M.N.; BYKOVA, Ye.A.
Solution of cellulose and other polymeric materials.
Trudy LTA no.91:27-31 160. (KM 15:12)
1. Leiiingradskiy takstiltnyy institut imeni Kirov&.
(Polymrs) (Cellulose)
(Solution (Chemistry))

MZOSj, A.I.0 VISHNYANDVA M.N.
Electron-microscopic study of the supermolecular structure of some
chemical fibers*
Report presented at the 13th Conference on High-=)lacular compounds
Moscow, B-11 Oct 62

137-58-4-8356
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 4, p 293 (USSR)
AUTHORS: Radchenko, R.P., Vishnyakova, M.P.
TITLE: On the Causes of Increased Hardness in Slabs of lKhl8N9T
Steel (0 prichinakh povyshennoy tverdosti slyabov iz stali
IKhl8N9T)
PERIODICAL: Sb. tr. Kuznetskogo mezhobl. pravi. Nauchno-tekhn. o-va
chernoy metallurgii, 1956, Vol 1, pp 66-71
ABSTRACT: When 6-t slabs of stainless IKhl8N9T steel are planed before
rolling to sheet, hard surface defects resistant to machining
appear similar to sintered fish scale or rough washed scale
rolled-in during the rolling process. Investigations showed that
the cause of these defects is the carburization of a surface layer
of the ingot due to welding-on of mold iron. If the temperature
of the metal before pouring is at the optimum 1590-16000C and
the molds are in good condition, rejects due to excessive slab
hardness should not occur.
1. B.
1. Steel--Machining--Hardness factors 2. Steel--Hardening--Aralysis
Card 1/1 3. Steel--Surface properties

KAMLIBAIYM, D.I.; KONKIN, A.A.; VISMAKOVA, H.N.
Connection between the submicroscopic structure of natural and
regenerated cellulose. Xhim-volok. no.501-33 1" 4 ..
(MIRA 13 M)
1. Voeso7uznyy nauchno-Issledovatellekly iTAtitut Iskusetiennogo
volokna (for Mandel'baum, Konkin). 2.,Ieningradskiv tekstilInn
Institut imeni 11rova (for Vishnyakova).
(Cellulose) (Viscose)

VISH9YAKOVA, M.N. , 490S. A. I.
Electron microscopy metbod of investigating sulfite Pulp and viscose
fibers. Izv.vya.uchob.zav.; takh.taket.prom. no.4: 9-14 '58.
()URA 11111)
1. Leningradskiy tekstilInyy Institut Ineni S.M. lirovaq
(Electron microscopy) (Textile fibers, Syuthetic)

~Wp '$'Tp" -- .__
- ~Mr_
VISHNTAKOVA, M.N.; MWS, A.I.
Investigating the structure of chemical fibers by electron
microscopye Izve vys. ucheb. zav.; takh. takit, . prom, no*3-.18-27
158. (MRA 11:12)
1,Ieningradakly tekstillnyy inatitut imeni S.M. Kirova.
(Textile fibers, Synthetic--Testing) Ollectren microscopy)

PIZ K, 1~ muk; PTCHEINKO, R.P.
kand. 'okhn.
Hcattng of rall. steel ingotb in r,~generative pits. Stall 25
noo83837-94O S 165, (111RA 18:9)
.L. Kuznet:3kty r,,L, w.1 lurr, [clies k Ly kcmbinat i Vn(,soyuznyy nauchno-
iogleclovatellokly trubriyy Institut.

VISHNYAROVA, M.S.; KAKU,`TI.', S.N., dots., red.
~
[Lectures for the seeGnd part of a course ii "Thec-
retical principles of radio engineering": LC-generators
of sinusoidal oscillations with positive feedbackj Lek-
tsii po vtoroi chasti 1-ursa "Teoretichoskie oonavy ra-
diotekhnikill: LC-generatory sinusoidalInykit kolebanii s
polozhitellnoi obratnui sviazliu. ~Ioz;kva, Vses. zaoch-
nyi energetichaskii Jn-t, 1961. E4 P. (1,11RA 17:8)

NOSKOV) A.I., ktand. veter. r,vJ.)- O';PKINA, I.I., kand. vet--jr, aaak;
VISIWAF. A., -1, --rir-yy zoQ11r,~iL-Ak
Hygenic charanterlati(-a of silag-P. VaLerins-riia 4.1 no.ls95-9?
Ja 164. (MIRA 17:3)
1. Vaeso7aznyy institut vatarinarnoy
sanitaril.

V,IkIa,jYAXGVIJ.,?I_ R.N.; IMUNKINA, D.S.; SYI-(KIN, Ya..M.; Prinimali uchaBtiye:
KAP,A'IAI-.*GVA, G.N.; MOLODIM, A.G.
Plugging cement for extra-deep oil and gau wells. Trudy IUzhgi-
protsementa no-4:108-126 163. (1,111tA 17: 11)

SYRKIN, Ya.M.; VISHNYAKOU, R.N.
Plugging cements for extra-deep wellB. TSement 29 no.417-
10 JI-Ag 163, (MIRA 16s 11)
1. Yuzhgiproteement.

VISHWIAKOVA, R.S. Uvanovo (obl.), Letnyaya u1., d.70, kv.10);
- ~ ~ 1. 1. -IMMYLFVP B.K.
Three cases of complications in intraosseous metal osteosynthesis
of the hip. Ort. travm. i protez. 23 no.1002-74 0 162.
(MIRA 17:10)
1. Iz travmatologicheskogo otdeleniya (rukovodltell- dotsent
L.S. Khavkin) Ivanovskogo oblastnogo gospitalya invalidov
Otechestvennoy voyny (nachallnik - V.K. Shilov).

BOLGOV, Ivan Vasillyev2ch; KOPYIDV, Yuriy Maksimovich; PASEGOIKOV,
NikQlay Semenovich; VIIEUXALOA, S.V., red.; BASOVA, M.S.,
redil PANOV, P.A., dpets. re_d_._,'1TMNA, Ye.S., tekhn. red.
(Operating,tractors
zimnikh U910iiakh.
38
P.
(Tractors-Cold weather operation)
14 winter] Ekspluatatsiia traktorov v
Nbirvat Biuro tekhn. informatsii, 1963.
(MIRA 16;9)

FAUSHKIN.. Ya.M.; VISHNYAKOVA, T.P.; SMIRNOVp A.P.
Exothermic catalytic p7rolysis of unsaturated and aramtle
hydrocarbons. Neftekhimiia 1 no.4014-520 il-Ag 161.
(M3RA 16:11)
1. Institut neftekhimicheskoy i gazovoy- prmushlennosti
imeni I.M. Gubkina.

MACAIITSKIY,, Konstantin Pavlovich. Prinimali uchastiye: GOSUDAREVA,
A.G.; PA.11ITKIN V.A.; BEIYAKOVAO 11,0J.; UPUSTYANSKIY, A.N.;
i _~'TZAMVA,Ye.)
ZHUKOVq S.N.; NIKULDIA, F.F.; SALAWMV, B.G.; :KLISI
red.; KUNKSOVA, A.y tokhn. rod.
[Co-trol of the nutrition of field and vegetable crops] Kont-
roll pitaniia polevykh i ovoshchrykh kulltur. Foskva, Mosk.
rabochii, 1964. 302 p. (MIRA 17:2)
1. NauchrWyc notrudniki laboratorii knliya Nauchnogo instituta
po udobreniyam i inrekto1fungitE;idm tfor Gosudareva, Panitkin,
Belyakova, Kapuotyamikiy, Zhukov, IT:ulina, Balabanov).

GARF, B.A., kand.takhn.nank Ltranslatorl; MOTULEVICH, V.P.. kand.takhn.
nauk Ltranslatorl; BAUM, V.A., prof., red.; VISKOVA,
RYBKINA. V.P., takhn.red.
[High-temperature solar furnaces; collection of translations]
Solnechnie vysokotempersturnyo pechl; o'bornik perevodov. Pod red.
V.A.Bau.m. Moskva, Izd-vo inostr.lit-ry, 1960. 470 P.
(Solar furnaces) (MIRA 13:11)

"Inver,tirntio-m cc' ~%nntrw-icn;
rr~
of' nrnIC4! 0, ;nrirv-i Foniri -)n 'ir.
fo--,
J.!vani 5.
C-Andlldatq in -gri-cultural Sr-ioncr-J
SO: 'Kni-'-.w4ya Ictoris' !To- 27, 2 1955

far=airfue of alaic "M and Its melbyl arna in The
a makcaillm "optlaund at bom friflacrialt
with pbompbock add. A, V. Tof~chsrv aml T. P. V-ohnya -
kova. Poklady Ak4d. V4uk S.S.S.R. 71. 411'(1114-1`6111:
If. C.A. 44..1Cr_1l,. ---Pure olete n6d tracuum-dimd. at lim,
V at 1-2mm.l. dn.SCI. arid on. IM4.9. Brno. oio.l. t,i!-
1,4414. wai polyrurrilard in the prftmce of contlatli. of BY
.ith the ph'"Plutatit, acklao at l0q% for dOl minA.' 4uraticto:
catalyst witts. of Al, ba" on acid uwd. AFIX&O. M
wai the roost active catal"t. fir..Irlpt(h the Im't arthe
me. polynicarizal intas with I were conducted at 1.4 I'M, all. I
I'liko with calal)~t anits. Varying from I to '_N"; and Willi
Themax.dWrecaffattlymerization.at
L11 ith =141 , I - a- 71.791,' ; the Fir no. fell. for 3 !V'; 1.
Imm NAAS to 4 1. C-1. anti the mall. wt. increagied from 2on a,,
4.M. The cormtatmiding data fnr OW (1.5 to 24- 1) at,
M.9.1 in 3 CPO and 3M in 'C9; for 100, 1) v. 1 -,
it) 29.63. ant) 43j) to 545, With .041", 1 tile aclif no. air.
creascd, indicating participatirm of the COJI gmp. litall
only dimeri (unutd.) were obtained. as indicafetl I-V
!hcmot.wt*. Soine stearic acid was found in the gicalyiner-
-tzatr. To studr the effect of the rarboxylic LJOG the rxjy.
toerization. analoalous expts. were conducted with Ile
I again proved to he mavt effective. Therewticnalkinmag,,
at LI(O'. of (W. 5-20- 1. the Brno. fell tram 51.1itto III Of
Pd the total. vit, incretivvil from 3Z1 to 449; f4W l(all'. 'Alllr
1. tile data art 44.K1 to.M.71 anti 344 to 48-.. K. Lai,

Prodwa ~ pWr= of Okk add, A. V. Top -
rhiev Aml r P. Va. PAWY lk,td. %,sjtk
S,S-S-X- 71. G"4(t9"-~POlVUWIiZAIinft Of Mg nIVAIV
in the prwmem of BlFs-H.PO.. follawed bry ton. with at.
MtOH, IkUrd the ptAymed"tion ppWuct I
d:# 0.91 . Br no. 027A. SApan. y*Ided (C,0f.A)j, I.$-
O.M. Dr so. 20.9. SiWV the axonoirsk of this oku a(id
diwtr cave Molly C6lfjfcjlO and Cjl,,COJI. at well
%as Irwrt at CIH,,C(1411 and high-mul. In-Iferldt, whkh
'Wm twolxsl4y lionwric dimirbasylic iwids, Mr(CII,).-
ClflCO(Clft)rCOjlIj(CHq),CWI and its I-omer (,inct
alwauan pow ewylk and capric ackli). thetintcture of
oick, aticl d;met must be: Ajor(CIjj)jCjj:ClJCjj,)f-
C106HICIII(cilt)dmtl(Clil)IC()tlf. C.. M. KOW61.4

i
USSR/Chemistry - Polymerization Bev 51
"Polymerization of Oleic Acid and Its Methyl Eater
in the Presence of Molecular Compounds of Boron
Fluoride and Phosphoric Acids," A. V. Tppchiyev, T.
P. Vishnyakova, Moscow Petroleum Inst imeni Aw~A 1.
H. Gubkin
"Zhur Obshch ?aLixe Vol XXI, No 9, pp 1618-1625
'caparison of catalytic action of H3PO4, (C2H5)20
ETO 3 'BF 3' H3P04 . BF --2BF-A showed
31 "4?207
9-130 BF to be most active catalyst. for-polymeri-
wt-4 '
Ion of Ileic acid. Percent of polymerization
(to dimer) was greater for oleic acid then for
try - Polymerization (Contd) Sep'
methyloleate and increased in both cases with
elevation of temp. Sapond dimer of methyl oleate;
ozonized oleic acid polymer for the Ist time.
Identified products.
a:
e:
0
19IT40

VIJ1JIfVSOVAj_ T. P.; KURA;j'IIOV, M. V.; TOPCIIIYEV, A. V. (Acad. ); PAWIEKIII, Ya. fl.
"The Proton-!on Mechanism of Alkylation and Folynerization Reactions," Dok.
All SSSR,, Vol 80, No 1., 1951, pp 381-384-
Translation 0141-22513, 24 Apr 52

KURASHEVAJ, I.D.; VISHITIAKOVA, T.P. I
Cyclic compounds with conjugate double bonds. Trudy MIMMU no.37:
125-129 t62. (MIRA 17:3)

'!-.(Aead)--- I - "U-Z *.-,I
VISENrYAKOVA, T. F., Ya. If., TO!-."PIY-"'1, A . 7~ !I - - 'j .
I . . ' )p ;111 , I , . k t- j , . , . --- I
IfThe Connection Between Zlectri--, Conductivity and Activity of "atalysts in Aklylation
Reactions, 11 Dokl. All 333A, 80, No. 4, pp 611-613, 1951.
Translation W-23316, 1 Aug 1952.

.1 - ';~ - - 7 . . ~ ; ~ 7~ ; ~ ' . I I I -, . . , . - . . . .
- ; ' . ; . , I '... ~ _ . . I I . ., . I . 4 : :'~ . .1 .: . , . '. , - . ,
I I I.-:0,111 '" 1-.' 1
-111M =71 1~ A. A. Iv)
"Prii~cipal icf:,~uiarities of Hii,h-b-rpr?rature ".-,erral and 3-ital,"T".1c
Pyrolysis of :,,yrirocarboqs in 1--olten ~.etals art,4 a '-ree Volurc."
Report submitted at the Fifth ',,orld Petroleum Congress, 30 Lay -
5 June 1959. 6ew York.

5/123NMO/009/021/027
/glogo Aoo4/A104
AUTHORS: Paushkin, Ya. M.; Sychev, R. V.; Vishnyakova, T. P., and Shomov,
A. K.
TITLE- The effect of the chemical composition and of additives on the fuel
combustion in jet engines ,
PMUODICAL: Referativnyy zhurnal, Mashinoatroyeniye, no. 9, 1961, 20, abstract
91160 ("Sb. tr. Mezhvuz. soveshchaniya po khimii nefti, 1956",
Moscow, Mosk. un-t, 1960, 293-314)
TEXT% The authors Investigated in a laboratory combustion chamber with a
fuel consumption of 1 gram/see the effect of the chemical composition and addi-
tives on the fuel combustion in ram jet engines. The completeness of combustion
(up to a value of 97-96%) and of the vaporized fuel exceed that of atomized fuel
by 2-4% and grows with an increased content of aromatic hydrocarbons and with a
decreased coefficient of air excess. When additives in quantities of 1-2% (the
composition is not given) are used the scale formation is reduced from 2.5-3.5
to 1-2 m2/gram. Under pulsating combustion conditions an addition of 1% tri-
ethylaluminum cuts down the combustion time from 7-7.4 to 3.5-4 msec. The
Card 1/2

23479
S/123/61/000/009/021/027
Thp effect of the chemical composition ... A004/A104
tempexature and ignition delay of organic subitancjs with nitric acid were invead-
gated on a special installation. It Is shown thai Vthe delay Increases with a
decrease in temperature. In the vapors of nitric a:~Id spontaneously inflammable
fuels (triethylamine, cyclohexane, etc.) Ignite at 1,ower temperatures and lower
ignition delay than hydrocarbons, which do not lgnitb,apontaneously with liquid
nitric acid. There are 12 references.
I. Barskiy
[Abstractor's note: Complete translation]
Card 2/2
A75

PHASE I BOOK EXPLOITATION SOV/3734
Faushkinj Yaroslav Mikhaylovic~ and Tamara retrovna Vishnyakova
Troizvodstvo, olefinsoderzhashchikh i goryuchikh gazov iz neftyanogo syrIya.
(Producing Olefinic and luel Gases From Crude Oil) Koscovp Izd-vo
AN sm, 196o. 233 P. Errata slip inserted, 10800 copies printed.
Sponsoring Agency; Akademiya nauk SSSR. Institut neftekhimicheskogo sinteza.
Resp. Ed.: A.V. Topchiyev, Academician; Ed, of Pablishing House: A.L.
.,Bankvitser; Tech. Ed.: I.F. Jhz'min.
PURPOSR: This book is intended for technicians interested in the gasification and
conversion of oil stock.
COVMAGZ: TMs book deals with the gasification of heavy oil stock (fuel oil.,
cracking residues, and bottoms) and the conversion of natural gasoline and
condensing gases into gases vith propylene., ethylene, and bydrogen'content.
Mod6rn'units and processes for the gasification of liquid fuels are describ-
ed. The authors point out Soviet interest in propylene and 6thylene as raw
card 1/6

Producing Olefinic and Fuel (Cont.)
SOV/3734
materials for the production of ethyl alcohol and the synthesis of polymers.
They also discuss the utilization of natural and vaste gases for the production
of synthetic products. No personalities are mentioned. References accompany
each chapter.
TABLE OF CONTENTS
Introduction
3
Ch. 1. Methods of Chemically Converting Gases and Products From the
Pyrolysis of Petroleum Crude
Production of stock for petrochemical synthesis
Hydrocarbon gases and hydrogen 5
AromaAc hydrocarbons (benzol, toluol, xylol) 9
Production of petrochemical products 3.1
Production of chlorine derivatives 11
Alkylation of benzol and its %homologues and the chemical
conversion of benzene homologues 14
Synthetic detergents 17
Production of plastics and synthetic rubber from petroleum crude 20
Production of alcohols from petroleum crude 23
Card 2/6

Producing Olefinic and Fuel (Cont.) SOV/3734
Productlon of sulfur, sulfuric acid and ammonia from petroleum crude 25
Bibliography 29
Ch. II. Stock for the Gasification Process 30
Bibliography W
Ch. III. Theoretical Concepts of the High-Temperature Pyrolysis of Hydro-
carbons 42
Thermodynamic concepts and mechanism of the high-temperature
pyrolysis of hydrocarbons 42
Calculating the rate of chemical reactions taking place, In a stream
during cracking 59
Methods of calculating gas composition under equilibrium conditions 62
Bibliography 78
Ch. IV. Pyrolysis of Hydrocarbon Stock and Tars 80
Pyrolysis of light stock (ethane, propane, butane, and natural
gasoline) 80
Card 3/6

Producing Olefinic and Fuel, (Cont.) SOV/3734
Pyrolysis of distillate petroleum fractions (gas oils) 92
Dynamics of the change in the composition of the reaction products of
the gasification process 97
Ga#ification of the n-cetane fraction 97
Gasification of a-methyl decalin 101
Gasifibation of the 200-300* C gas-oil fraction 102
Gasification of fuel oils and cracking residues 103
Pyrolysis of shale oils 126
Comparative data on the pyrolysis of petroleum and shale oils 130
Bibliography 133
Ch. V. Modern 10tallations for the Gasification of Liquid Fuels 134
Gasification installations for the production of domestic and
industrial gases 134
Noncatalytic processes for the gasification of pe1kroleum, crude 135
The Pacific Coast prosess 136
The Jones process 136
The Hall process vAA
The Hall process using duplex generator 147
Processes for the autothermal, pyrolysis of hydrocarbons
using air or steam-air blast 149
Installations for the autothermal pyrolysis of light hydrocarbons 150
Card 4/6

Producing Olefinic and Fuel (Cont.)
SOV/3734
The Dayton-Faber process 150
The Cooper-Gashe process 154
The Heim process 158
The Otto Company process 159
Catalytic gasification processes 171
Processes for the sutothermal gasification of petroleum crude in
the presence of a catalyst 172
The Sea Gas process 173
The ON1A-GkGI process 175
The ONIA-GRGI-DOW process .185
Gasification Installations for Producing Rydrogen 18T
The Texaco process 187
The iron-steam method 191
The Otto process 193
Installations for the Production of Synthesis Gas 193
The Hercules Povder process 195
The ONTA process 196
The Standard Oil Process 198
Carburetion of voter gas vith gases obtained from fuel oils 202
card 5/6