SCIENTIFIC ABSTRACT VLASOV, V.M. - VLASOV, V.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001860310012-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

AccEssioN NR: Ap4o34569 S/0079/64/034/004/1354/1355
~LUTHOR: Shostakovukiy, M. F.;
--ylasov, V. M.; Mirskov, R. G.
TITIE: Reaction of triethy1metho.Vatannane with acetylenic alcohols
SOURCE: Zhurnal obshchey khJ-J
i, V. 34., no* 4, 1964.9 1354-1355
TOPIC TAGS: trietbylmethoxystannane acetylenic alcohol reaction,tin containing
acetylenic ether, disproportionation, reaction condition, reactant ratio,
acetylenic alcohol, triethylnethoxystannane, stannqne
ABSTRACT: Reaction of triethylmethoxystannane with primary, secondary or tertiary
acetylenic alcohols containing an acetylenic hydrogen results in the formation
of tin-containing acetylenic ethers of two types., depending on reaction conditions
and reactant ratios:
C2H ) S OXC-=CH + CH30H
53
(C2H6)3SnOCH3 + HOXC---=C~
~1(C~H&)3Sa0XCr--CSn(r,&Hj)s + CH*OH
CHjcH.; CH(CHJ; c(cKop
X-CH';

ACCESSIM NR.- Ap4o34569
Type I compounds are fomed in 80-9011,6 yield by reac-Ung triethylmethoxystamane
with a 2-4 fold excess of acetylenic alcohol at -10 C or at room temprevure for
30 minutes; 10-200% of type 11 compounds are also foraed. Type II compounds are
formed in 806,4 51eld when a 1:1 or 1.2 ratio of sta=aane:alcoho1 is heated to
100-110 C for 3-5 hours) or on prolonged stirring at room temperature. On
prolonged standing or heating the type~-I compounds are disproportionated according
to the equation:
2(C2116)35n0XC=-CH ---i. (C2115)3SnoXC-~CSn(CZH5)3+ITOXC=-CH,
The following compounds were synthesized and characterized: 3-triethylstannoxy-
PropYa-l., 3-triethylata=oxy-.~"--triethvlstannylpropyn-1) 4-trietbylstannoxybutya-1
4-triethylst=o:cyl-l-triethylstannylbutya-1, 3-trietbylota=oxy-3-methylpropyn-l,
3-triethylst=oxy-l-triethylstannyl-3-methylpropyn-1., 3-triethylstannoxy-3,3-
dimethylpropyn-1, and 3-triethylsta=oxy-l-triethylstannyl-3,,3-d:Lmethylpropyn-1.
Orig. art. has; 2 equations.
ASSOCIATION: Irkuts1=-y lzatitut organicheskoy kbimli Sibirskogo otdeleniya,,
Akademii nauk SSSR (Irkutsk Institute of Organic Chemistry,, Siberian Division,
[card
2/3-

AccEssim. NR; AM34569
Academy of Sciences SSSR)
sumaTm: 2&io-,63
STJB CCDE: 00
Card
D= ACq: IDlay&
NO rw SOV: 000
ENCL: 00
01=; 000

SHO.3,TAKOVSKIY, M.F.; VU.SOV, V-1-I.; GIG .07! Y, P. 1.
Polyfunctional acetalf). Sy r. t hn!~ i .9 acetylenic acetala
based on primary and P,:~condarj acet -3nic alcohols an-'
vinyl alkyl ethers. Zhur. ob. khirr.- -334 no. 5-L',03-1407
It,r 164. ~MTRA
1. IrPutskly in'-.til.ut organLr--hes.)(oy Jornii
AN SSSR.

SHOSTAKOVSKIY, M.F.; VLASOV, V.M.; MIKIFOROV, A.A.
Interaction of cyclin acetals with thiophenol. Zhur.ob.
khim. 34 no. 5:1686-1687 My 164. (MA 17:7)
1. Irkittskiy Institut organiche3kof khimii Sibirskogo
otdeleniya AN SSSR.

MIRSKOVP R.G.
SHOSTAKOVSKIY, M.F.; EA
Synthesis of organotin acetylenic acetals. Zhur.ob.khim. 33
no.6:2076 Je 163. (MIRA 16:7)
1. Irkutskiy institut organicheekoy khinii Sibirskogo otdeleniya
AN PSSR.
(Tin organic compounds) (-#oetal) (A4dtylene compounds)

SHOSTAKOVSKIY, M.F.; VLASOV, V.I.I.; KUZNETSOVA, T.S. ; GOLOVANOVA, ill.l.
Synthesis of asymmetrical acetals of acetylenic glycols based
on A.F,. Favorskii's reaction. Zhur. ob. kh-im. 34 no.8:2804
Ag '64. (MIRA 17:9)

I&A 5 0 V, q, M
4629. USE OF FU-26 JRAQ]j SHIZZINO MAN113 IN OPUCASTAnarlygle
Lay"enlot S.A. end Vlasov, V. X. (U901 (Coal), S*Pt- 1961, 22, 23).
The machine. for broit-&044 trabko, Is described and Illustrated, wW
some performwoo figures are given. W.

VILASOV, VA.; ORLON. Te.I., redaktor; ALADOVA, Te.l., takhnicheakly redaktor
[operator of a discontinuous track-shifting machine] Mashinist
putopered71gatelia praryrnogo deistrila. Moskva, UgletakhIzdat,
1954. 84 p. (MLRA 7tlO)
(Railroads-Track) (Mine railroads)

WTyImHKIH, Mikhail lvanovloft;'Zuw"-~V~~~ ~-SUBOCH' X. I.,
redo; GMYUNOVA, L.K.. red. izd-va; SHITS. T.P., tekhn. red.
[DK-54 diesel switcher for'750 mm gauge track] Dizellrqi motovoc
DM-54 kolei 750 mm. Moskva, Goolosbumizdat, 1958. 104 Y'.
(Diesel locomotives) (Mm 11:9)

SHOSTAKOVSKIY, M.F.; VLASOVI V.Maj KUZNETSOVA, T.S.
Diakroportionation of acetals of acetylene glycols. Izv.AN
SSSR68orokhim. no,12:2198-2199 165o
(MIRA 18s12)
I* Irkutakiy inistitut organicheakoy khimii Sibirskogo otdeleniya
AN SSSR. Submitted April 5. 1965.

VLASOV.__V.M.; VASILIYEVA, A.A.; TYUMENTSEVA, G.P.
Synthesiz of acetale of acetylenic secondw7-tertiw7 g2yoolo
based on Favorskii rearrangement, Izv,AN SSSR,,Ser.khime
no,l2t2202-2204 165, WRA M12)
1. Irkutskiy institut organicheskoy khimii Sibirskogo
otdeleniya AN SSSR, Submitted April 6, 1965.

SHOSTAKOVSKIY, M.F.; VLASOV, V.M.; LOZIFNITSYNA, A.S.; GAVRILOVSKAYA, A.A.
Synthesis of primary-tertiary aretylenic 6-glycoli. Izv.
Ser. khim. no.4s7O9-712 165. (MIRA 18:
1. Irkutskiy Institut organicheskoy khimit Sibirskogo ot,dolenlya
AN SSSR.

L
2~5
7aa RM
ACCESSIM NR: AP5024969 UR/0286/65/000/01610033/0033
547.419 5 6 002 2
d
UTHOR: Shoatakovskiv. M. V.; Vla6ov. V. M.,,_Mirskov, R. G.; Petrova, V, Nt
TITLE: Preparation of tin-containing o ggnqgiliQon acetylenic compoundsl I Class 12,1
6 (C
~.11 7 3 ~7
SOURCE: Byulleten' izobreteniy i tovarnykh znakov, no. 16, 1965, 33
1
1OPIC TAGS: organosilicon compound, organotin compound, acetylene compound
MISTRACT: An Author Certificate has been issued for a preparative method of tin-con.-
itaining organosilicon acetylenic, compounds of the type, I- '~SiOR% S CSnR3. The
'method involves the reaction oft,RII~SnOVC :-2: CSnR3 [sic) wilh trialkylchlorosilanes
at low temperatures. R and R1 stand for alkyl and R" for -CH2-, -CH2CH2-, -CH(CH3)
r -C(CH3)2- [BO]
!ASSOCIATION- nene
SUBMITTED, 30jul64 ENCL: 00 SUB CODE., GC
LREF SOV: ow, OTHER: 000 ATO PRESS.,
card.

SHOSTAKOVSKINY Mikhatl FedorcjvJ~,-h: VL.ASOV, Viktor Mikht-vIcvI-hj
SHOSTAKOVSKI-1, Zakhariy F,--dorovich,,--1,7T=CMv-,,- I'-
-.K , Kons,t~ntin
Mikhaylo-eLch; 171KOLOYE-17, V.L~., rea.
[Curative polymers) TSelebnye polimery. Moskva, lzd-vo
"Znanie," 1965. 43 p. (Novoe v zhizni, naulp, telchnike.
VITI Seriia~ Biologiia i meditsina, no.') (N,,I' 18:1~)
0 ZA
1. Chlen-korrespondent All SSSR (for Shostakovskly-).

-Card 1/#> ,
- w- -.- --- -- -
I - - - - -- - - -.-- -.-

Card

SHOSTAKOVSKIYY M.F.; VLASOVj V.14.;.GRENOVSKIY, P.I.; BOLOGOVA, V.G.
Polyfunctional acetals, Part 2: Synthesis of new carbonyl-con-
taining acetalso Zhur.ob.khim, 33 no.12:4021 D '63. (MIRA 17:3)
1. Irkutakiy institut organicheskoy khimii Sibirskogo otdeleniya
AN SSSR.

SHOSTAKOVSKIY, M.F.;
1 9 ..;,-,GREIIOVSKIY P.I.; GOLOVANOVA~ N.I.
Polyfunctional vinyl ethers. Part 1: Vinyl alkynyl others. Zhur.
ob.khim, 33 no.12:4020-4021 D 163- (AURA 17:3)
1. Irkutskiy institut organicheskoy khimii Sibirskogo otdeleniya
AN SSSR,

SHOS"'AROVSKIY, M. F.; VLASOV, V. M.; V~~SILIYEVA, A. A.
Problem of the profoAration of acetylenic I' -glycols and come of
their transfmations. Report No. 1: Synthesis of -,,--glycols
on the basis of 1-butyn-3-ol. Jzv AN SSSR Ser Khim no. 4;696-
698 Ap 164. (MIRA 17;5)
1. irkutskiy institut organicheakoy khimii Sibirskogo
otdeleniya AN SSSRe

V
ORLOV, V.P., kand.sellskokhoz.nank. Prininali uchastiye: AVROV, N.H.;
BASENKO,,P.V.;- VARLAHOV, D.A.; VASILITEV, I.I.: VL~SOV.J,Y.;
VMGZHANINA, V.A.; ZHIVETI=, V.G.; ZAVADSKIY, I.S.; ZAMSSKIT,
Te.Ta.; ZAKORYTJKIN, D.S.; ISHCHE11KO, I.N.; KACHIBAYA, I.D.; KISH-
LEV, Te.S.; KOZHMIIKOV, I.Z.; LISITSYN, V.I.; WSHCHERTAKOV. V.F.;
N'YURIN-VZRTSBMG, R.L.; PXRZPMITSA, V.M.; RYUKOV, A.D*; ~~,
I.P.; SOLOVITEV, N.A.; TASIKO, N.G.. GREBTSOV, F.P., red.; ZU3RIMNA,
Z.P.. tekhn.red.
(Our farms in 19651 Washi kh02i8istva v.1965 godu. Moskva, Gos.
izd-vo sallkhoz.lit-ry, 1959, 230 P. (MIRA 13:2)
(Agriculture)

VLASOV~ V.,N.; TROP-11,10VICH, A.G.; GABTTOV, R.Kh.
Ore drawing with vibnition and Gcr.zhur.
no.3:2?-26 Mr 165. -"8:c)
1. Institut gornogo dela Sibirskogo otdeleniya AN SSSR (Ifor Vlasov,
r' 0
Trofimovich). 2. Zlatoustovskoye nidoupravleniye. (for Gabitov).

SHOSTAKOVSKIYP M.F.,,- VIASOV, V.N.
Synthesis of trialkYlvin7lco:ysilanes based on acetlylene and
silanols. Zhur. ob. khim. ~l no.2.-683 F.161, (MIPA 14:2)
1. Institut organiQheskoy kbimli All SSSR.
(Silalie) ISilanol) (Acetylene)

L AS 0 V-. I',
Sc:~,P, resitits of the of 'Whe Sta-lin liline, for inprove::emt
t;c toc~Aiical and 2cono-,,ic --*:Idicer,. Ucell 36 no.6:13-3,1, Jr-
I/
0l. (AMA 34' .1)
1. Nachal'nilc shal:'Al,i~ im, Stalina koribimata Klzelugoll (for
Himnov). 2. Glavnyy inzh., Bhakhty im. Stitlinu kombiwita
Kizelugoll (for Vlasov).
(Kisel Ilasin-Coal mines and i%ining)

VLASOVP VIN. prof.3 M-ILOVIDOV., V.Ye,p prof-
Treatment of -aretera7aginal fistulas, lauch.tiudy Chetvlmosko
gor.kliv.bol'o no.1002-,106 161. (MIRA l6z2)
1. Iz kafedry akusherslva i ginekologii 2-go Moskovskogo Osu-
dar5tvennogo meditsinskogo instituta imeni N*Ia Pirogova fzavo
kafedroy - professor A.A. Lebedev) i gienkologicheskogo otdeleniya
MoBkovBkoy gorodskoy klinicheskoy bollnitsy No,/+ (nauclmZ7 ruko-
voditel7 - prof. VoV. Vlasovy glavnyy vrach - G.F. Papko).
(FISTULA, VESICO-VAGINAL)

VLASOV2 V.N., prof.
Treatment of trichomonal diseases of the sexual organs of a wcman
by the 'Uutwnurln" preparation. Nauchtrudy Chetv.1fook?g0rokline
boll* no.W95-301 161a KMA IW)
1e Rafedra akusherstva i ginekologii pediatricheakogo fakullteta
2-go Moskovskop gosudarstvannogo meditainskogo inotituta imeni
N.I. Firogove, (zav. kafedroy - A*A. Lebeder) i ginakologicheskaya
klinika (zav. - prof. VeN. Tlasov)., na baw Moskovskoy gorodskoy
klinicheskay bollnitsy No./+ (glavi*7 vrach G.F. Papko).
(aRMATIVE ORGANS, FRUJY,-DISMES) (TRICEC140NIASIS)
(PHAR4ACOIA)GY)

yy
.4
ye V
~vr;y
tau

VLAIS.OV P, V.N.s gornyy inzh.; SHEVNIN, B.I.9 gornyy inzh.
11
Breaking ore in chambers by using 'bore1ioles dr-I 1-11ad through
the ore block. Gor. zhur. no.9.-71-72 S 164. (MJRA 17,,12)
1. Institut gornogo dela Sibirskogo otdelaniya All 12SSR,
Novosibirsk.

Mm-LIM", A.Ro I -
Tbon-al atabi2ity of ~o3,-mrpJiia U-0-
39 no.9:220.3-2-105 .12, 165. ,. *khL--&
(M-Mu 18m)

VLASOV, V.P.; NIKITIN, V.P.; BEROVA, F.B.
Diagnostic value of the test for C-reactive protein. Sov. med. 24
no.6;116-121 -Te '60. (MIU 13:9)
1. Iz kliniki obahchey terapii
AMN SSSR prof. N.N. Savitskiy)
akademii imeni S.M. Kirova.
(PROTEINS)
(nachallnik - daystvitellnyy chlen
Voyenno-meditsinskoy ordena Lenim
(ROT-DISFASES)

VLA-SOV,V.P. (s.Semenovo, Urenskiy rayori, Gorlkovskoy obInsti)
Attnck of a brown bear. Prirodn 44 no.9:119-120 S 155. (MW 8:11)
(Bears)

-- ---- -- ------ -
4~>
Industrial processes
miscellaneous
COMM 1/1 Pub' 103 - U/22
Authors i Ames.. A. M.; Grebenchii1c, B. L; and Vlasov, V. P.
Title s. Knurling instead of buffing of,.shaft necks
Periodical' i Stan.1, instr. 120 26-27., Doc 1954
Abstract The qualitative and economical advantages derived from knurling of shaft,
necks instead of buffing are listed. The construction of a knurling arrang4
ment.and its mode.of operation are described. Table; drawing; illustration.
Institution
Submitt ad ..........

84453
S/0571/60/030/009/020/021
B019/BO54
AUTHORS: Vlaeoi, V. P. and Markin, S. A.
TITLE: The Solution of the Unsteady Heat Conduction Problem for
a Rod With Two Masses Attached to Its Ends. he Calculation
of a Differential Thermo.battery
PERIODICAL: Zhurnal tekhnicheskoy fiziki, 1960, Vol. 30, No. 9,
pp. 1128-1133
TEXT: The authors investigated the temperature distribution in a one-
dimensional rod, to the ends of which masses are attached which are placed
in media whose temperature changes linearly. The problem is formulated
in the first part of the paper. The authors write down the linear heat
conduction equation, and indicate the boundary conditions. The differential
equation system set up here is solved with the aid of a contour integral
by means of a meromorphous function which is found when solving the dif-
ferential equation aY"(x)-bY(x)-x2Y(.x) - T(x). The solution obtained for
th6 problem studied is used for the calculation of a Chromel-Copel
differential battery. The construction of the latter is described with
Card 1/2

The Solution of the Unsteady Heat Conduction SN?'71601030100310201021
Problem for a Rod With Two Masses Attached to B019/BO54
Its Ends. The Calculation of a Differential
Thermobattery
the aid of Fig. 1. Fig. 2 graphically shows the experimenta)\values obtain-
ed for the time dependence of the thermoelectromotive forcetyof a battery
with 50 thermocouplenat a temperature jump from 20- to 50-C. The theore-
tical curve calculated with the solution obtained here shows a good agree-
ment. The au'thors thank Docent-M. L. Rasulov for valuable remarks. There
are 2 figures and 5 Soviet references.
SUBMITTED: April 8, 1959
Card 2/2

B10661611000100510011001
D037/Dll3
AUTHOR: Vlasov, V.P., Engineer
TITLEs The pumping of liquid freon into cylinders
PERIODICALs Kholodillnaya tekhnika, no- 5, 1961, 6o-61
TEXTs With the aid of a diagram, the author suggests and describes a simple
method of transferring freon into cylinders without using a pump. Prior to
the transfer, the cylinder (2) into which freon is to be transferred must
be cleanedp driedv and put under vacuum. An evaporator coil (11) made of
copper tubes 12 x 1 mm in diameter is put on it and covered with a thermo-
insulation (12). The evaporator's dimensions ares diameter - 220 mm,
height - 1370 mmp coil pitch - 70 mm. The cylinder (2) thus prepared is
The
placed on a decimal balance (13) together with an inclined support.
freon-delivery cylinder (1) is placed on a support with its valr-~ ~'.ownwards,
100 - 200 mm above the cylinder (2) and connected by a supply line M-
After the valves (3 and 9) have been opened imd the nut (14) urs,--rewed, the
line is blown through towards the cylinder (2). When freon splashes appear,
Card 1/3

S/066/61/000/005/001/001
The pumping of liquid freon D037/D113
the nut has to be tightly screwed. After the blowing through, the valve (9)
has to be opened again. Passing through a nozzle (10) with an 1-5 mm aper-
ture the liquid cooling medium is throttled and partially evaporated in the
evaporator coil (11). As a result. the temperature and pressure in the
cylinder (2) are reduced. Due to ihe difference in pressure, all the freon
flows from cylinder (2) to cylinder (1~ LAbstraoter's notes Should this not
read Itfrom cylinder (1) to cylinde it? At the beginning and end o9 the
transfer, the temperatures in cyl~ ?.are approximately 4 00 and 2 C
lower and the pressures 1 - 1.08 and 0.25-0.3 atmospheres lower than in
cylinder (2). The pressure and temperature drop between the two cylinders
(1 and 2) is maintained during the whole process. The transfer of 55 kg
freon takes about 20 minutes. The process is controlled by a manometer (5)2
and a manovacuummeter. (8),and through a small observation window We
There is 1 figure. [Austracterts notet Essentially complete translati 021
Card 2/3

VlJLSDV V.P.
An inadequate textbook OTechnical standardization in machine
constructiong, T.V.Tolchenov. Reviewed by V.P.Vlaasov).
Vest.mash.34 no.12:99 D154. (MM 8:2)
1. Nachallnik insladovatellskoy- sektaii tekhnicheskogo normi-
rovaniya Zayoda ugollnogo mashinostroyaniya imeni 15-letiYa
LKMOI
(Machinery-Construction)

S/122/60/000/009/007/015
A161/AO26
AUTHOR: Vlasov, V.F.
TITIE: Hydraulic Test Stand With Pressure Multiplier
PERIODICAL: Vestnik mashinostroyeniya, 1960, No. 9, pp. 45'- 46
TEXT; The article presents detailed information on design and operation
of a new small test stand for testing hydraulic tightness and strength of equip-
ment parts. It was designed by the author and F.Ye. Kotyshevskiy. The design
principle-is illustrated (Fig. 1). The stand-is fitted with a pressure multi-
plier having a range of 0 - 1,300 k&/cm2 ( with permissible overload up to 1,500
kg/cm2); -the input pressure of the multiplier varies from 0 to 165 kg,/Cm2 (Mul-
t~plication rate is I : 8); the work fluid is Mr-10 (AMD-10) according to GOST
6794-53 standard. (Tested parts are connected to the branch marked by arrow A
in Fig. 1). The stand may be made universal and the filling and discharging of
the multiplier in long dynamic tests may be automated by installing an electro-
contact pressure gauge for 0 - 1,600 kg/cm2 [an electric cock of-H-5855-100 (11-
-5855-100) or H-5855-200 (N-5855-200), or rA-46 (GA-46) type and a relay unit-1
For tests with short static load, a hand pump (Fig. 2) of HP-01 (NR-01) type is
installed in the system behind the main pump. The stand system is simple in de-
Card 1/2

8/122/60/000/009/007/015
Hydraulic Test Stand.With Pressure Multiplier A1611A026
sign and reliable in operation. It may replace slow and complex test stands used
for the 'purpose. Therd'are 2 figures.
Figures I and 2: Schematic diagram of hydraulic test stard with pressure multVhw.
HOCOC
HL701
Oepamoi OM eexo
6POM". 9M
MOWN
OM Odge
Figure 2
(self-explanato-
ry)
Figure 1:
Card 2/2

P nauchnyy sotrudnik
Soldering band saws for sawing logs. Trudy VSKIFILesdrev no.5:
36-40 162. (Band sawfO (Solder and soldering) (MIM 16:5)

POCHEKUTOV, Stepan Platonovich; VLASOV, Viktor Petrovich; OREL,
Pavel Ignatlyevich; FONKIN, V.F., red.; YELCHINA, L.A.p
red.izd-va; BAGHURINA, A.M., tekhn. red.
[Preparation for the operation of wide band saws] Opyt pod-
gotovki k rabote shirokikh lentochnykh pil. Moskva, Gosles-
bumizdat, 1963. 53 P. (MIRA 17:1)

VLASOV., V. P.
Designing the bridge circuit of a ratio meter having both
shelves connected with the measuring diagonal. Priborostroenie
no.lo.-I-2 0 162. (MIRA 15:10)
(Bridge circuits)

VIASOV, V. P.
"Investigation of the Process of Peat Pulp Concentration in Settling Ronds and a
Study.,of the Properties of Sediment." Sub 26 Jun 51, Moscow Peat Inst
Dissertations presented for science and engineering degroes in Moscow during 1951.
SO: Sum. No. 48o, 9 I%y 55

VLASOV, V.P., kandidat takhalchaskikh nAuk,
Average thickness of the hydraulic peat layer lost in a peat
bog and the depth of lowering the peat pump. Torf.prom. 31 no-7:
22-24 154. (KLRA 7:11)
1. Hookovskiy torfyanoy inatitut.
(Peat industry)

VLASOV, V.P.,, kandidat tekhnicheakikh nauk.
Shrinkage of peat during drying. Terf.prom. 32 ne.8:13-15 155.
l.Moskovski.v terfyaney Institut.
(Peat)

, M.A., professor; ABKHAZI. V.I., kandidat tekhnichesk1kh nauk;
ANTONOT, V.Ya.. dotsent- VIASOV V.P., kandidat tekhnicheskikh nauk;
il
KIRYUDCBBT, A.M.., kandid~ &1~~"ich nauk-, RAPIOVITS, I.L.,
dotsent,, SIPKIff,"N.A., dotsent: YEFIKOV, P.R., redaktor; URIONOV,
G.Te., Gekhnicheskiy radaktor
[Hydro peat technology] Tokhnologiia gidrotorfa. Izd. 2-os, perer.
Pod red. H.A.Vellera. Moskva, Gos.energ. izd-vo. 1956. 362 p.
m (Peat industry) (MLRA 9:11)

VLASOV.. V.P., kand.tekhn.nauk
Shrinkage of peat in the process of its drying (concerning ihe
article by P.G. Sallkov). Torf. prom. 38 no.2:31-34 161.
(MIRA 14:3)
1. Kalininskiy torfyanoy institut.
(Peat-Drying)

VERTINSKIY, K.I., prof.; ALIKAYEVI V.A., dotsent; PODKOPAYFV, V.M., dotsent;
SHISHKOVP V.P., dotsent; ANDREYEV, I.A., veterin. vrach (Moskovska,7a
OV,.V.-P., veterin. vrach (Moskovskayaobl.); MAYAYEV, A.P.,
- h* s
ve'erin.vrac (% kovskaya obl.); SHUL'GOVSKIY, I.P., veterin. vrach
(Moskovskaya obl.)
Diagnosis, therapy, and prophylaxis of toxic dyspepsia in calves.
Veterinariia 41 no.1:59-64 Ja t65. (KM 18:2)
1. Moskovskaya veterinarmaya akademiya (for Vertinskiy, Alikayev,
Podkopayev, Shishkov).

-,.VLASOV, V.P.
0
Investigation of a differential -thermocouple cell. Tzmtekh. mc.':32
Je 1, (MIRA 17:12)
04a

SITLUO, V.M., prof.; VLASOV~ V.S.
Evaluation of the lumbar ganglionectomy operation in endarteritis
obliterans in the light of late results. Khirurgiia no.11:65-70
t61. (MIRA 14:12)
1. Iz kafedry fakul'tetskoy khirurgii. haeni S.P. Fedorova
(nach. - prof. VA Sit6nko) Voyenno-meditainskoy ordena Lenina
akademii S.M. Kirova.
(ARTERIM-DISEASES)
(NERVOUS SYSTE24~ SWATHETIC-SURGERY)

ACCESSION NR: AP4018374 S/0120164/000/001/0100/0102
AUTHOR: Vlasov, V. S.; Yeremin, A. S.; Rozov, B. S.
TITLE: Precision pulse amplifier units
SOURCE: Pribory* i tekhaika eksperimenta, 4o. 1, 1964, 100-10Z
TOPIC TAGS: amplifier, pulse amplifier, transistorized pulse amplifier,
parallel feedback transistorized amplifier, precision transistorized amplifier
ABSTRACT: Transistorized amplifier units intended for experimental physics
purposes are briefly described. their gain is from 1 to 20; leading-edge pulse,
time, 0.1 microsec or shorter; amplitude -characteristic nonlinearity. 0. 25o ox~-
less. The effect of temperature on a P401 transistor gain is presented, -
sirpplified circuit diagrams of 3- and 4-transistor units are shown, and hints as
to ihe most suitable application of current-feedback and voltage -feedback
amplifiers are supplied. Orig. art. has: 4 figures and 2 formulas.
Card, 112

ACCESSION NR: AP4018374
ASSOCIATION: Moskovskiy inzhenerno-fizich6skiy institut (Moscow Engineering
and Physics Institute)
SUBMITTED: 01reb63 DATE ACb: 18Mar64 ENCL: 00
SUB CODE: GE NO REF SOV: 000 OTHER: 001 0
Card Z12

IILASOV, V.S.;.YERE14IN, A.S.; ROZOV, B.S.
Units of exact pulse amplifiers. Prib. i. tekh. ekSD. 9 no.l:
100-1102 Ja-F 164. (MIRA 17:4)
1. Moskovskiy inzhenerno,-fizicheskiy institut.

VLASOV, V.S..;. YEREM, A.S., ROZOV, B.S.; SARAYEV, I.P.
Electroi. tube-transistor amplifying sections with parelle!
feedback. Prib. i tekh. eksp. 9 no.53139-142 S-0 164.
(MIRA 17.12)

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00 44 paps. Tran lated from 12tratima AA-todemii .00
0: M. SSSR (Bulletin of the Academy of Sciences
of the USSR). no. 1, 1947. (TL570 Un3tn,.)
0 A theory of cylindrical shells Is develoixQ. Only Seel
the membrane forces in the #bell and the clrcum-
43 re 0
ferential bending moment and Its Ax5oclated hear
force are conaidered. The development is made age
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zero shear and circumferential #train. A
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tij strtAx analysilm, vibration analysis, an uckling goo, -
analypix of shells Is shown. goo-
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KORNIWV, I.I.; VLAROV, VeS.
Phoibility diagram of the system titanium --vanadium - nibbium.
Zhur. neorg. kbim. 2 no.12:2762-2765 D '57. (KIU 11:2)
(Titanium) (Vanadinm) Moblum)

VLASOVL V.S.; IMMNI A.S.; ROZOVy B.S.
Measurement of the current amplification factor of a transistor.
lzm.tekh. no.3:46-47 Mr 163. (MIRA 16:4)
(Transistors)

SOV/24-58-4-5/39
AUTHORS: C.Vlasovt V.S.2 Kornilov, I.I. (Moscow)
TITIE: The Composition-Heat Resistance Diagrams of the Binary
Titanium-V-qn-qdinm and Titanium-Niobium Systems
(Diagrammy sostav-zharoprochnost' dvoynykh sistem.
titan-vansdiy i titan-niobiy)
PERIODICAL: Izvestiya Akademii Wauk SSSR, Otdeleniye Tekhnicheskikh
Nauk, 1958, Nr 4, PP 31 - 35 (USSR)
ABSTRACT: The binary systems were investigated up to 50 weight %
of vanadium and niobium. The specimens were made by
powder-metallurgical methods, pressing the p8wder into
rectangular rods, heating in vacuo at 1 400 C for 48 hours
and finally turning.them down into cylinders of 45 mm
length and 4 mm diameter. Heat resistance was measured
by a centrifugal method,,(Ref 4), consisting of determination
of deflection2 6 (in m;v) produced by a bending stress
a (in kg/= ). Heat resistance was expressed as the
time required 'r- (in hours) to produce a given deflection
(5, 10 or 15 mm)- The investigation was carriSd out in
Cardl/3 three successive stages (1) 100 hours at 500 C with a

SOV/24-58--4-5/39
The Composition-Heat Resistance Diagrams of the Binary Titanium-
Vanadium and Titanium-Niobium Systems
bending stress of 15 kg/mM2 (2) 100 hours at 500 OC
2 0 2
and 20 kg/mm and (3) 100 hours at 600 C and 20 kg/mm
The Ti-V alloys fractured in the first stage;OoSeverai
Ti-Nb alloys endured a considerable time at -600 C and
2
15-20 kg/mm The dependence of the deflection 6 on the
V and Nb content is given in Figures 1 and 2. Hardness-
composition curves (above) a4d heat resistance-composition
curves (below) are shown in Figures 3 and 4. The dotted
curve in Figure 4 shows hardness of Ti-Nb alloys before
test. The continuous hardness curves are those taken after
the test. In the a region heat resistance increases with
increase in Nb or V to a maximum at limiting solubility.
In the a + 0 region there is a heat resistance minimum.
Hardness also increases in the a region to a maximum.
There is a continuous decrease in hardness in the a +
region, except for the case where hardness was measured
before the test. Figure 5 shows the microstructures before
Card2/3 and after test. This shows the breaking up of the grains

SOV/24-58-4-5/39
The Composition-Heat Resistance Diagrams of the Binary Titanium-
Vanadium and Titanium-niobium Systems
during test. The difference in the heat resistance and
hardness curves in the a + 0 region is due to the fact
that hardness depends on the properties of the individual
phases, whereas heat resistance depends on the interaction
at the surface boundaries between the phases. This type
of heat resistance-composition curve has also been observed
in the Ti-Al, Ni-Al and Fe-Ni systems (Refs 6, ? and 11) at
medium temperatures and agrees with the theory formulated
by Kornilov (Ref 5).
There are 5 figures and 12 references, 9 of which are
Soviet and 3 English.
SUBMITTED: July 3, 1957
Card 3/3

SOV/24-58-7-28/36
AUTHORS: Vlasov. V.S. and Kornilov I.I. (Moscow)
TITILE: _~3omposition Versus Hot-strength Diagrams for Mays of
the Ternary System Titanium-vanadium-niobluja (Diagra-mmy
sostav.-zharoprochnost' splavov troynoy sisteuy ti-11-an.-
vanadiy-niobi.y)
PERIODICAL: Izvestiya Akademii nauk SSSR 'Otdeleniye tekhnicheskikh
, 19581
nauk J_., Nr 71 pp 136 139 (USSR)
ABSTRACT: The diagrams of the ternary system titanium-vanadllam-
niobium constructed by the authors (Ref 3) showed that
all the alloys of the ternC-Ary system crystallise as con-
tinuous solid solutions. Specimgns after hot-j--strongth
tests (200-250 hours at 500-600 C) have eith~',-r a Fin~~'Le-
phase aj)and .0 or a two-phase a + P s-,Iructuro
(Figure The boundaries of these reEions ;,Ijir~h adoacent
binary system diagrtwiris and the titanium corner are :_~hfowri
in Figure 2. In the authors! experiments -)o,,,;ur--meta11urj~y
methods were used to prepare 5 x 5 x 106 i,cct-angular
blanks from 99,50% pure Ti, 98.7% pure V and i)ure 'Nb,
After vacuum fusion cylindrical test- pie,nes +5 mm. lon,,S and
4 mm, in diameter were machined. Three series of
Card 1/3

SOV/24-58-?-28/36
Composition Versus Hot-strength Diagrams for Alloys of the Ternary
System Titanium-vanadium-niobium
compositions with V:Nb ratios of 3 1 and 1/3 were used.
The centrifugal test method (Ref 5'in Ref 1) was used,
In the f; rst stage of testing (100 hours) ~he temperature
was 500 C and the bending stress 15 kg/mm'-; in.~he next
100 hours the stress was 20 kg~m2 at the same tgmperature;
in the final 100 hours the temperature was 600 C at the
same stress. The measure of hot strength was the time
taken to produce a deflection of 5, 10 or 15 mm, in
Figure 3, these times are plotted against composition and
compared with hardness vs composition curves before and
after testing. Discussing their results in terms of phase
changes the authors conclude that for the titanium corner
of the ternary diagraia the hot-strength maximum of the
cc-phase corresponds to its saturation limit; in the
cc + 0 two-phase region there is a minimiua determined by
the branches of the hot-strength curves desceriding from
the boundaries of the tWO--Dhase with the one-phase region,
The relations obtained are in agreemen-t.-I with tuheory
(Ref 5 in Ref 1), with the authors! results for binary
Card 2/3

SOV/24--58-7-.28/36
Composition Versus Hot-strength Diagrams for Alloys of the Ternary
System Titanium-vmiadiim-niobium
Ti.-V and Ti-11b systems (Ref 1) and with other exi)(,,r4.iuental
results. In general, -the authors conclude- -that, for teot,
te,-,iperatures such thau'- hot strength depends mainly on a
solution-precipitation raechanisu of inleracLion at the
phase- bo-c-n-daries the nature and number of the alloy -Iom-
ponents of a system influence the 'Level of values in hot-
strength vs composition diagrams, while the shape of the
diagram is influenced by the phase composition and
structure. There are 3 figures and 4 references, 3 of
which are Soviet and I English.
SUBMITTED: August 9, 19157
Card 3/3

VIL~Zclvl V.S`

16;-)

5(2), 18M SOT/78-4-7-26/44
AUTHORS: Kornilov, I. I., Ylasov, Y. S.
TITLE: The Phase Diagram of the System Titanium - Vanadium - Niobium
(Diagramma sostoyaniya sistemy titan - vanadiy - niobiy)
PERIODICAL: Zhurnal neorganicheskoy khimii, 1959, Vol 4, Nr 7,
pp 1630-1637 (USSR)
ABSTRACT: In a previous paper (Ref 12) the authors stated that all alloys
of the system mentioned in the title crystallize as continuous
solid solutions on, the basis of P-titanium. This is explained
by the small differences in the atomic diameters (Table 1) of
these elements and by the isomorphism. of the lattices of V and
Nb with that of P-titanium. The present paper reports about
the experimental investigation of the pha-se diagram and the
phase transformations in the ternary system mentioned by means
of microstructuxal.analysis, measurement of hardnesel thermal
expansion, and-of-.the-electric resistance. The composition of
the alloys-investiga to
d is shown by-table 2 and figure 1.
*
Figure 2 shows pictures-of some microstructures, figures 3-6
show the,inothermal cross sections of the system at 10000)
Card 1/2 8000, 7000 and 6000. Figure 7 is a spatial representation

SOV/78-4-7-28/44
The Phase Diagram of the System Titanium - Vanadium - Niobium
of the phase diagram. The upper part has the continuous charac-
ter of the solidus.surface. At 8650 a closely 'Limited range
of the solid-a-solution is formed.in the titanium corner on
the basis of the hexagonal a-modific&tion of titanium. Between
this range and the P-solution there is a biphase a+p-range.
There are 7 figures, 2 tables, and 12 references, 9 of which
are Soviet.
SUBMITTED: April 2, 1958
1',ard 2/2

AUTHORS:
TITLE;
PERIODICAL-
83125
8/078/60/005/009/008/0 '~ 7
Bo i 5/Bo64
Kornilov~ I. ., Vlasov, V. S.
Investigation of the Physicochemical Properties of the
Alloys of the Ternary System Titanium - Vanadium - Niobium
A-A ~1
Zhurnal neorganicheskoy khimii, 19609 Vol- 5, No. 9,
pp: 2017-2024
TEXT; The. electrical resistivity, its thermal coefficient, therma" ?x-
pansion, and the hardness of the systems TI-Nb and TI-V-Nb were invogti-
gated. The thcrmal preliminary treatment of the samples vas done in tNr
ways. The electrical resistivity was determined at 20 0 and OOOC with a
rinn(MV) potentiometer. The hardness was investigated on samples that
were subjected to microstructural analysis. The samples were annealed
at different temperatures in accordance with the titanium content, On fin;~
basis of the phase diagrams obtained, a similar depelidence of the elec-
trical resistivity %nd temnerature coefficient on the o.ompoSitiop... were
found to exist in the titanAum cornnr of the phase diagram of the three-
component system. as well as the two-component systi?m. Thp diagrams of
Card 1/2

83125
investigation of the Physicochemical Properties S/078/60/001;/009/008/011-i
of the Alloya of the Ternary System Titanium - B015,/BO64
Vanadium - Nioblum
the thermal expansion of the ternary system in the range of ct
V : Nb - I : I showed that in the two-phase range there ar~~
an ~rregulnr change of expansion.i.e., where the most InIonsive ph,,Ls-
takes nlace, The temperatr-e of tneae se~!tlon.,,
witii the increase, cif vanadium- and niobium concen*, wricri.
1'~' tne phane ojagram, Lines of the sairf, hardnqss, isosolori.- ji.rl"'I
of tor, pothermal crooi~ sention for bOO C werp drawit cri !.ni? dt,ijv,-~m
zyot-im Ti-V_Kb ancording to the values e.-f h9rdness mensurefflen- (Fig,
Change of' hardDesg 'is also depQnd.~%O, on tk-~ phase strtir~ture. The ~CLirivn
oompositions of the alloys on the basis of a- and P-phases witii cerla.;v
properties can be determined en the basis of the phase. diagrair.-t, TI,Arf~
are .9 figures and 10 references! 7 Soviet and ~ (IS,
SUBMITTED; June 19, (959
Card 212

3577 3
s/18o/62/000/001/009/014
A Elll/E135
AUTHOR: VlasovLfft�_! (bloscow)
TITLE: An investigation of phase transformations in steel
on heating
PERIODICAL, Akademiya nauk'SSSR. Izvestiya. Otdeleniye
tekhnicheskikh nauk. Metallurgiya i toplivo,
no.1, 1962, 134-138 (+ 2 plates)
TEXT: A qualitative and quantitative investigation was made
of the mechanism and kinetics of the formation and growth of
austenite grains in ferrite-cementite mixtures of a different
degree of initial dispersion under conditions of isothermal
annealing at 750 OC. Specialeas of steel 45 (0.427co~ C; 0.22z/U' Si;
0.61~e mn) in the form of discs lb itim in diameter and 2 mm th-i:ck
were used for the investigation. The heating and isothermal
soaking was done in a lead bath. Fbur initial structures were
tested. Structure I - medium plate pearlite and ferrite, mean
distance between plates 0.1~L; heat treatment - heating to
8300, soaking for 30 minutes, cooling with the furnace at
Card 1/4
VS

An investigation of phase ...
s/18o/62/000/001/009/014
E111/E135
200-2500/min. Structure II - martensite; heat treatment -
heating to 830 OC, soaking for 30 winutes, cooling in water.
Structure III - spheroidised structure I (with a non-uniform
distribution of cementite grains); heat treatment - heating to
680 Oc, soaking for 150 hours. Structure IV - spheroidised
structure II (with a uniform distribution of cementite grains);
heat treatment - heating to 680 OC, soaking for 150 hours.
For the isothermal treatment specimens, in lots containing each
type of structure, were immersed into the bath at 750 OC and,
after an appropriate soaking time, quenched in water. The
austenite formed during the treatment and fixed on quenching in
the form of martensite was called conditionally "austenite".
All quenched specimens were heated for one hour at 150 OC in
order to obtain a clearer definition of this Plaustenitell under
the microscope. The investigation was done by measuring
Vickers hardness and qualitative and quantitative microstructural
analyses. A study of the structures formed during isothermal
transformation at 750 OC indicated that: 1) austenite grain
growth takes place mainly in the direction of ferrite grains;
Card 2/4

An.investigatioh of phase ... s/i8o/62/000/001/009/014
Elll/E135
2) austenite grain growth results from the joining of
neighbouring austenite grains and their coagulation; 3) overall
increase in the amount of austenite takes place due to
dissolution, from the surface, of cementite grains in contact
with austenite and ferrite. Austenite grain growth,
dissolution of cementite grains in contact with austenite and
ferrite grains and coagulation of austenite grains take place
simultaneously. The velocity of transformation of ferrite-
cementite mixtures into austenite increases with increasing
degree of dispersion of the initial cementite. The time of the
beginning of the transformation (as detected by the metallo-
graphic analysis) for finely dispersed structures I and 1I was
about 40-60 seconds, and for spheroidised III and IV structqres,
120-300 seconds. On the basis of a comparison of the kinetic
curves of isothermal transformation with kinetic curves of
"dissolution't of cementite grains the following qualitative
relationships were established. 1. The kinetics of an increase
in the amount of austenite on heating are mainly determined by
the kinetics of dissolution of cementite grains in contact with
Card,3/4

An investigation of phase ... S/l8o/62/Ooo/ool/oo9/ol4
Elll/E135
ferrite. 2. Yjaxima of the velocities of austenite grain growth
in structures III and IV coincide in time with the maximia of
velocities of "dissolutiow, of cementite grains in contact with
ferrite. 3. The size of the maximum of the velocity of
austenite grain growth of structure III is 21 times higher and
that of structure IV 15 times higher than the maximum of the
velocities of "dissolution" of cementite grains in contact with
ferrite. It is concluded that the method used permits
qualitative evaluation of phase transformation processes on
heating of sufficiently spheroidised initial structures.
There are 4 figures.
SUBMITTED: September 2, 1961
Card 4/4

VIASOV3 V.S1.
Attachment for creep tests at very high temperatures. Zav.lab.
28 no.7:868-871 062 (MIRA 15:6)
- (Creep of metals)

FLFMINTOVA; AKATOV, S.; kKATOV, K.; ARUTYUNYAN,- RAGDASAROV; PEMPELYUK;
ORLIK; ROMENETS; IKWO; VjAqgVTqIML.; SYROYEZIIKO.
L,
Obligations in honor of the 22d Congress of the CFSU have been
fulfilled. Masl.-.zhir. prom. 27 no.11:1-3 N 161. (DIIRA 15:1)
1. Zamestitell nachallnika ekonomicheskogo otdola Upravleniya
meditsinskoy i parfyumernoy promyghlennosti Mosgorsovnarkhcza
(for Flegontova). 2. Dire'ktor Leningradskogo mylovarennogo zavoda
imeni. Karpova (for S.Alcatov~. 3. Direktor Nlevskogo mylovarennogo
zavoda (for K.Akatov). 4. Glavnyy inz~. Zapbrozhokogo maslozhiro-
vogo kombinata (for Arutyunyan). 5. Direktor Yerevanskogo mas-
lozhiravogo kombinata (for Bagdasarov). 6. Direktor Ferganskogo
maslozhirovogo kombinata (for Perepelyuk). 7. Glavnyy inzh.
Chimkentskogo maslozhirovogo kombinata (for Orlik). 8. Direktor
Kazanskogo zhirovogo kombinata (for Romenets). 9. Glavnyy inzh.
-Gomellskogo zhirovogo komb~nata (for Ikhno). 10. Direktor
Novosibirskogo zhirovogo kombinata (for Vlasov). 11. Direktor
Odesskogo masloekstraktsionnogo zavoda (for TSiekelt). '19.
Direktor Vitebskogo masloekstraktaionnogo zavdda (for Syroyezhko).
(Oil industries)

ORLOV, A.A., kand.fiz.-mateript.nauk, red.; BUILIRAT11, E.E., kand.tekhn.
nauk, red.; YLASOV, V.T., red.; IOVLEVA, N.A., tekhn.red.
~
(Scientific -oroblams connected with artificial satellites;
collaction of articles) Nauchnye problemy isk-usetvannykh spit-
nikov; sbornik statei. Moskva, Izd-vo inostr.lit-ry, 1959.
528 p. (MIRA 12:12)
(Artificial satellites)

VIASGV, V. V.
VLASOV, V. V.; "Methods of multiple revelation of the contents of printed matter
In a systematic catalogue." Mosew State Library Inst Imeni V. M. Molotov.
Moscow, 1956. (Dissertation for the Degree of Candidate in Pedagogical
Science.)
Knizhnaya Letopis'
Vo 32, 1956. Moscow.

YL&SOV, V.V.
Blood-groups classification. Feldsher & akush. no.5:49-50 Yv '50.
(CUM 19:2)

3/170/62/005/006/005/00
B104/13102
L Vlasov, V. V.
_i --------------
TITLE: Automatic devIce for establishing quasistationary heat
conditions
P=ODIO~"_; Inzhenerno-fizicheskiy zhurnal, v- 5, no. 8v 1962, 90-92
T.z_,XT: device.providin~ continuously programmed control over
qluasi~;tationary heat conditions has been developed as shown in Fig. 1,
4ho- pro.-ram being contr6l1ed by the linear potentiometer (8) in which
t.`ie slider is driven 'by a synchronous notor (14). -In the measuring
circuit the.voital-e (5) -was adjusted linearly so as to compensate the -
tf,erLio-e:_,f off the thermocouple (4). An automatic electronic relay (15)
served to control the power of the heater when, after it was switched on
~P e
~or the first time, the temperature rose too fast as compared with th
pro.-rammad rate, owing t t'
0 he h at capacity of the heater. The device
secures a linear temperature se over a wide range. There is 1 figure.
.."OCIATION: Institut khimicheskogo mashinostroyeniya, g. Voskva
~IOZJ
Card 1/3 (Institute of Cheknical-Machine Building, Moscow)

AUT11OR!.*
TITLE:'
PERIODICAL:
S/17 62/005/009/006/010--l
B104%102
Vlasov, V, V*
Automatic device for continuously determining the thermal
diffusivity of solid materials under quasistationary thermal
conditlons
Inzhenerno-fi.zicheakiy zhurna-1, v. 5, no. 9, 1962, 66 -'73
TEXT: A p *rogrammed automatic controller (Fig. 1) for establishing quasi-
stationary thermal cohditions in a calorimeter is described. The control
proF,Tam ic set up by a linear potentiometer R the-slider of ;mhich is
connected with the shaft of a qA-9 (PD-9) reversible' motor. The thermo-*
emf i6 measured by a compensating measuring circuit (R,,..,R 4). The com'-
puter shown in Fig. 2 continuously computes the coefficient of thermal
diffusivity a - kb/,A t of an unbounded plate, of thickhess, 1,where
k = 1 /2 and b - dt(l,V)/d-V, from the temperature differences A t. A full
accou t is given of this controller and computer. Practical studies have
shown that errors may arise in a from the following factors: (1) non-
Card

5/170/62/005/009/0-D6/01 0
Automatic.devicd for continuously ... B104/BI02
Unear heating non-uniform annealing temperatures at the lateral faces
of the plate; non-uniform temperature field in the contact surface
between plate and heater; (4) nonlinearities in temperature recording;
(5) n the equation for a; (6) poor heat contact between
,),,t!naccuracies
and heater. Numerical results of d(t) are given for asbestos cement.
There are 3 figures.'
ASSOCIkTION: Institut khimicheskogo mashinostroyeniya, g. Moskva
n1titute of Chemical Machinery, Moscow)
SUBMITTED: Jln~18,~Y 30, 1962
Fig. 1. Autpmati drogram controller. Legendt (1) reference input
lelement; (21 Itic amplifierl (3 ~hase-sensitive amplifier; (4) P11 -5
(RP-5) .relax; 6) relay amplifier; ~6 scheme for automatic and manual
control; (7 r-A-54 (SD-54) synchronous motor; (8) electronic time relay;
(9) reversible motor; (10) circuit for automatic reversal; (11) voltmeter-,
(12) ammeter; (13) voltaGe controller; (14) calorimeter; (15) potentio-
meter.
Card 2

137-58-6-11909
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 6, p 104 (USSR)
AUTHORS: Shvartsman, B.K-h., VlasoV, V.
TITLE: Relationship of the Temperature Limit of Sinter Formation to
the Content of Iron Compounds in Tikhvin Bauxites (Zavisimost'
temperaturnogo predela spekoobrazovaniya ot soderzhaniya
soyedineniy zheleza v boksitakh Tikhvinsk.6go mestorozhdeniya)
PERIODICAL: Tr. Vses. alyumin.-magn. in-ta, 1957, Nr 39, pp 129-132
ABSTRACT: An investigation is made of the effect of the Fe compounds in
Tikhvin bauxites upon the sintering temperature limit. Mixes
of bauxites having varying amounts of Fe were sintered with
limestone and soda in the form of briquets at I 1000C to the
temperature of onset of fusion. Sintering proper at the given
temperature continued for 30 min. The sinter was then cooled
and visually evaluated for physical condition, ground to -63
mesh, and leached with NaOH solution (25-26 g NaZO/liter) for
15 min, the liquid-to-solid ratio being 5 and the temperature
850. It was found that the temperature limit of sinter formation
fluctuates within the 1200-13250 range for bauxite having a
Card I/Z weight ratio of A-203/FeZO3 = 2.5-3, and 1200-1Z750 for

137-58-6-11909
Relationship of the Temperature (cont.)
bauxite with a weight ratio of AIZ03/Fe2O3 = 2 regardless of the dosage of
limestone in the charge and the amount of SiOZ in the bauxites (the AI?03/
SiOZ weight ratio was 2.59-3.86). The effect of increasing the Fe contents
of the bauxites as the AIZ03/FeZO3 weight ratio changed from 3 to 2 con-
sists of narrowing the temperature range of sintering, reducing the temp-
erature of onset of sinter fusion by 25-500, and reducing the extraction of
alumina and caustic from the aluminum with standard leaching.
N.P.
1. Sintered aluminum ores-Temperature factors 2. Iran compounds--Thermal effects
Card 2/Z

S/137/62/000/007/057/072
A16O/A1O1
Yu. F., Vlasov, V. V. Rozanov, A
AUTHORS: N.
TITLE; Some properties of triple P-oolid solutions of zirconium with
niobium and molybdenum
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no.*7, 1962, 72, abstract 71476:
(In collection;: "Metallurgiya i- metalloved. chis. me~allov". rjo. 3,1
Moscow, Gosatomizdat, 1961, 82 - 95)
TEXT: Smelted Zr-lodide-base cast alloys with 7.5 - 48% Nb, 0 - 10% Mo,
0 - 1.1% Ni, 0 - 0.5% Cut 0 - 0.50% Ag and 0 - 3% Ti were tested as to their
oxidizability in the open air at 600 0C. The lowest oxidation rate proved to have
the alloy with 15% Nb and 10% Mo, especially with small additions (0.1 - 0.5%) of
Fe, Ni, Cu and Ag. The black film which developed on the alloy of this composition
contained, together with ZrO small amounts of the Nb 0 -6Zr