SCIENTIFIC ABSTRACT BOKSERMAN, Y.I. - BOKSHITSKAYA, N. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206110003-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

LUKHTAN, I.V.; &IOLYANSKAYA~ L.M. [Smollon6tka., L.M.I.-, IL71,'HERM P.F-~
SHUSTER~ S.I.; SHATAYKIN2 S.P.;, EMWT Y9.1. [B)kseman,
CHIZBMAKOVA, V P. [ChyzInalkova,
Use of ammonia soap for the fat--llqu6ring'bf st"ff laaihe~:,. li-Ah
'p
prom@ no.2&59 A -Jfj 76 1-

BOKSEHMANP Ye.I.; CHIZHMAKOVA, V.P.
Trilonometric datermining of iron in vegetable and synthetic
tanning extracts. Kazh.-obuv. prom. 6 no-5t4O-41 Itr 164.
(MRA 17:12)

CHIZIDTAKOVAp V*P.,* BOKSERMAN, Ye.I.; SMOLYANSKAYA, L*M*
Improvring the quality of liquid tann-Ing extracts by me-ans of their
treatment w-."Lth the MF dispersing agent. Kozh.-obuv.prom. 6 no.11:23-
24 N 164. (MIRA 18:4)

BOKSMAN Ye.I. [Bokserman, IE.I.]; BALK, E.Ye. [Balk, Ye.Yu.]; CHIZIDIPWIA,
- - ~-' - 14. . - ., - - - -
v It
. a
New methodology for the evaluation of the hygrothermal ret;istance
of leather. Leh. prom. no.3:30-31 JI-S 165. 0-111b1 18:9)

BOKSERMAII, A. I;;
Work of the Dnepropetrovsk: Administration of Gas Mains. Gaz.prom.
5 no.10:34-37 0 160, ' (MIRA 13:10)
-t
(DnepropetroVsk--Gas, Natural-Pipelines)

. I.
"The Natural Gas Industry in the USSR: Stenographic Report of Ua Public Lecture"
(Promyshlennost' prirodnykh gazov v SSS . Stenogr. Publ. lektsli), M scow, 1948.

. --u j- -T- - - --- - - -- - ----
U11I.DL-I'll.... ~ ., _, 3
"Depth at I'llich Gas Pipe Lines are Laid " I
.$ Vest inzh itekh .0 '1 ,)Ub.
, 1, ) 1~
,,UA. April 1,053

BNSEMAN~ Yu. 1. 16G53

BOKMKjW, Yu., in2honer.
31UP flames. Zrmn.slla 31 n0-9:13-17 8 156. (KM 9:10)
(Gas, NatUral)

- "-4- IN, Y.A., professor, doktor tekhaiche-
NOW rJALU*4
skikh nauk, redaktor; NOT QVA, N.M., vedushchiy redektor;
XH NIKOVA. L.A., tekhatchaskiy redaktor
Natural gates and their utilization] Prtrodaye gazy i ikh ispoll-
zovanie. Pod red. P.A.Trebina. Moskva. Gos.nauchno-takhn.i2d-vo
neft. I gorno-toplivuoi lit-r7. 1957. 257 P. (MLRA 10:7)
(Gas, Natural)

BOKSEMIAN, YU111Y ISILULITEVICH
735-14
.B6
Prirodnyye gazy i ikh ispoltzovaniye (Natural gas and its utilization) Moskva,
U
Gostoptekhizdat, 1957.
257 (2) p. f1lus., diagrs., graphs, tables.
"Literaturall: p. (259)

BOKMRMAN. Yu.I.
Development of the transportation of gas in pipelines in the
U.S.S.R. Gaz.prom. Eno.11]:15-18 157. (MIRA 10-12)
(Gas, Natural--Pipelines)

BOISnMAN, Tuliy Isratlevich, ; TIMSHOV, P.R.'. vee . red.; POLOSINIA, A.S., telcbn.
- I
[Development of the gas industry in the U.S.S.R.] Razvitie gazovoi
promyshlennosti SSSH. Moskva, Goo. naucbno-telchn. izd-vo neft, i
gorno-to-plivaol. lit-ry, 1958. 128 D. (MIRA 11:10)
(Gas. Natural)

Bokserman, Yuriy Israilevich
Razvitiye Gazovoy Proqrshlennosti SSSR. Moskva,
Gostopekhisdat, 1958.
128 p. Illus.9 Diagrs.0 Graphav Tables. 22 cm.
Pibliographyt p. 129.

sit
311
hit
lilt

BOLUMN, Yu.
Great pro"ots for the development of the gas industry in the
U.S.S.R. Strol. prod. nefte prom. 3 no.1:1-3 A 158.
(KIRIL 11:3)
I
LZamestitell nachallnika Glavnogo Upravleniya Gazovo7 promyohlennosti
pri Sovete Hinistrov SSSR.
(Gas, Natural)

DOU"ERMAN. Yu. I.
Introduce now methods on a Inrge scale in the gas indust77.
Stroi, truboprov. 3 no.10:1-3 0 158. (MIRA 11:11)
1. Samentitall nachallnike, Glavgaza SSSR.
(Gas, Natural)

BoLgARMN, YU.
The use of natural gas in the natic-mal economy. Sov.prof soluzy
6 no.16:25-29 N '58. (NI4 12..2)
1. Zameatitell nachallni)m Glavgaza SSSR-
(Qae. Utural)

BOKSERMAN, -Tu, I,.
~ ,
.
Natural gas is the most important raw material for the development
of the chemical industries. Gas. prom. no.8:1-4 Ag '58. (MIRA 11:8)
(Natural gas) ((hemical industrien)

110) 1 1300K 1~ ON
1=
SOV/2254
Nauchno-teknicheakoye obahchestva energeticheakoy promyshlennosti Moskovskoye
pravleniye
Ispollzovani7e gaza v proMshienuykh pechakh i kotellrokh ustanovkakh g.
Moskvy i Moskovskoy oblasti; materialy Moskovskogo nauchno-tekhnicheakogo
soveslachaniya (Utilization of Gas in Industrial Furnaces and Boiler Units
in Moscow and Moscow Oblast.,; Materials of the Moscov Scientific and
Technical Conference) Moscow, Gostoptekhizdat, 1959. 227 p. Drrata slip
inserted. 5,000 copies printed,
Ed.: D. B. Gin;eburg, Doctor of Technical Sciences; Exec. Ed.: N. 1.
Stepanchenko; Tech. Ed.: A. S. Poloslaa.
PU.UWE: This collection of articles is intended for specialists engaged in
designing and operating gas units of industrial enterprises and electric
power plants.
COVERAGE: The change-over in some industrial enterprises f3~om solid and liquid
fuel to natural gas is discussed and further possibilities existing along
this line are examined. Advantages of using natur&I gas as a source of energy
are outlined, Different gas burner systems, devices for automatic control -_
of the combustion process, structural features of furnaces operating on natural
Card IA

Utilization of Gas in Industrial Furnaces (Cont.) SOV/2254
gas, gas-supply systems and the intrO..zction of safety measures in the
construction and operation of gas units are described. The book contains
many diagrams of gas-supply systems and equipment. No personalities are
mentioned. One article is followed by references.
TABIZ OF COMM
Preface
3
Kolotyrkin, I. M. Present State and Prospects for Supplying Moscow Industrial
Enterprises and Electric Power Stations With Gas 5
,-Bokserman, Yu. I. Development of the Soviet Gas Industry During the 1959-
the Supplying of Moscow With Gas 19
Strelltsov, N. N., A. 1. Belousov, N, M. Reznov, and A. Z. Rokhvarger.
Network for Supplying Gas to Industrial Enterprises 28
Stoyunin, G. P. Gas Burners for Boilers and Industrial Furnaces Which Can
Use Moscow Town Gas 51
Vigaorchik, D. Ya. Automatic Regulation of Gas Combustion 69
Card 2/4

Utilization of Gas in Industrial Furnaces (Cont.) SOV/2254
TAtvin, G. Ye. Modern Gas Furnaces in the Machinery-manufacturing Industry 97
Chutskayeva, Ye. S. Combustion of Natural Gas in Electric Power Stations of
the Mosenergo System 123
Ginzburg, D. B., and 1. G. Slivinskiy. 'Itilization of Natural Gas at Glass
Plants 134
Gorodov, K. I., and B. M. Cherkinskiy. Experience in Using Gas for
industrial Processes in the Textile Industry With the Utilization of
Secondary Sources of Heat 146
Dikernan, N. 1. Practices and Prospects for Using Gas in Enterprises of
the Moscow Building Materials Industry 169
Avrasmov, G. A. Specific Features of the Utilization of Gaseous Fuel in
the Electrical Vacuum Indxistry and the Difference in MethodB of Using
Manufactured Gas and Natural Gas 183
Baik, S..Ye. Trends in Developing Gas Utilization in Furnaces of Machinery-
manufacturing Plants 188
Card. 3/4

Utilization Of Gas in Industrial Furnaces (Cont.) SOV/2254
Furman,- I. Ya. Problems of the Economic Practicability of Utilizing Gas
in Industry P-04
Dolotov, G. P., and Ye. A. Kondakov. Safe Utilization of Natural Gas in
the Machinery-manufacturing Plants 236
AVAJLABIZ: lAbrary of Congress
qx/mg
Card 4/4 10-5-59

BOKSIRRAN, Tu.I.; BORISOV, A.A.; BROD, 1.0.; VASIL'YEV, V.G.; Y3LIN. N.D.;
N.S.; XWWASHOVA. N.M.; LIVOV. H.S.; KIRCHINK, N.Y.;
MURHOVA, A.T.; NIVOLIN, N.Y.; SOKOLOV, V.L.; TROPIMUK, A.A.;
YJMOV, F.R., veduahchiy red.-, TROPIMOV, A.V.--, tekhn.red.
[Gas resources of the U.S.S.R.] (kzovye resursy SSSR. Koskva,
Gos.nauchno-tekhn.isd-vo neft. i gorno-toplivnoi lit-ry, 1959.
350 P. (KIRA 12:8)
(Oas, hatural)

Via
as 9v
."as
104
'jig
v

3(8)
AUT11-10'IR Bokserinan, YU.I.
SC-7,/10-c: Z
TITLE: The Development and Distribution Problems of the
Gas industry Durin- the 1959-65 Period
0
P',?IRIODICAL: Izvestiya Akademii nauk SSSR, Seriva geo7raficheskaya
. U 1j
1959, 1,Tr 4, pp 46-54 (USSR)
ABSTRACT: The article deals with the devolopment and distri-
bution problems of the gas industry during 10,59-
65, sometimes supplyirZ data up to 1972. I.Thi 1e oil
production is scheduled to rise from 113 million tons
in 1958 to 230-240 million by 1965, the figures for
gas are 30 and 150 billion cu m respectively. As a
result, the combined oil and Gas share in the fuel
volume .,iill rise from the present-day 31 'io' to 51
by 1965. By 1972, oil production is to reach 400
million tons, Mhereas that of gas - about 270-320
billion cu m. The research organizations of the
Card 1/3 Glavgaz USSR estimate Soviet gas reserves at 18-20

SOV/10-59-41-5/2c,'
The Development ana Distribution Problems of tllie Gas Industry During
the 1959-65 Period
trillion cu m which greatly exceeds that of the USA.
Ten trillion cu m are supposea to be in those areas,
where the Bas production is already under way (Ulzraine
- 1.8 trillion cu m, Northern Caucasus - 1.8 trillion,
Volga region - 2.8 trillion, Bukliara and K-hiva dis-
trict - 2 trillion, Azerbaljdzhan - 0.3 trillion, and
Ukhta region - 0.8 trillion, vihereas the remaininr ten
trillion have not yet been tapped and are supposed to
be in Siberia (6.2 trillion cu m), in the Turkmenskaya
SSR (2-5 trillion), and in the Caspian depression ( 1
trillion). The industrial reserves of gas must last.
for at least 20 years, with a minimum. of 3-3 trillion
cu m, of gas by the end of 1965. The total length of
gas pipelines will reach 40,000 km, vdth 50 million
people usinZ natural gas for household purposes by
Card 2/3 that tine. There are 7 tables, 1 map sketch, wid 2

SOV!0-59-4-5/20~
The Development and Distribution Problems of the Gas Industry
During the 1959-65 Period
Soviet references.
ASSOCIATION: - Glavnoye upravleniye gazovoy promyshlennosti pri
Sovete Llinistrov SSSR (Central Administration of
the Gas Indusliry of USSR Council of' Ministers)
Card 3/3

BOKSMAIT, YU.I.; ZARTIMBO, X.S... OMIMIIKO, YO.P.
Studying the corrosion of inside surfaces of steel pipefl for
gas pipelines. Trudy VNIIGkZ no.5,004-322 159.
OCRA 12:9)
(Pipe, Steel) (Corrosion,,i;il'a~'i~icerroeives)

BOKSEMOT, Yu.I.
Develd~msnt of the U.S.S.R. gas industry in 1959-1965.
Geog.v sbkole 22 no.4:13-18 Jl-Ag 159. (JAIRA 12: 11)
(Gas, Natural)

BOX5IRHkjj,._jRj?
Technical progress is the basis for a successful develop-
ment of the gas industry. Gan.prom. 5 no-10-12 Ja 160.
(MIRk 13:4)
(Gas industry)

WORMS, YU. 1,
Construction of compressor stations is the most important objective
In expanding the gas industry. Stroi.truboprov. 5 n0-11:1-3
N 060. (MIRL 13:11)
Waindustry) (Gas, Natural--Pipelines)

BO.KSERMI, Yu:Liy Izrailevich; YERMOV, P.R.., ved. red.; VORONOVA, V.V.,
tekhn. red-.'
[Gas supply of the national*economy and technical progress] Gazo-
snabzhenie narodnogo khoziaistva i tekhnicheskii progress. Ho-
skvap Gos.nauchno-tekhn. izd-vo neft. i gomo-toplivnoi lit-ryp ,
1961. 92 p. (Gas distribution) (MIRA 14t12)-

BOW-RW.
URD'WoK.S.j SHMM,, B.P.
Ahticorrosive.ihkulation of the inner surface of gas pipelines.
qaz.prom. 6 no.5-i32-37 My 161. ( RA 1415)
(Gast Natural-Pipelines)
(Corrosion and anticorrosives)

BaLw5j".. YU.I.
Toward furthar improvements in the use, of natwal as in the
national economy. Gaz. prom. 7 no.3:1-3 2,62. f-MIRA 17%8)

SOPOKIN, Aleksey Ivanovich; GROZOV, Nikolay Vasi-11yevich; STEPP-NOV,
Aleksandr Makarovich; STAROSTIN, Yevgeaiy Illich; CE,:-W-YAK,
Lev Mikhaylovich,- SVYATITSKAYA".K.P., vedushchiy red.;
BOKSERMANJ- YUIL, red.; YAKOVLEVA, Z.I., tekhn. red.
[Liquefied gases in England'; their transportat4on, storage, uses]
Szhizhannya gazy v Anglii; transport, khraneni6, ispollzovanie.
Moskva, Gostoptekhizdat, 1963. 140 p- (MIRA 16:6)
(Great Britain-Liquefied petroleum gas)

SOROKIN, Aleksey Ivanovich; GFCZOV, Nikolay Vasillyevich; STEPANOV,
Aleksandr Makarovich; STARDSTIN, Yevgeniy 11"Ich; CF-o"FINYAK,
Lev M-ikhaylovich; BOKSEWAN Yu.I., red.; SVTATITSKAYA, K.P.,
ved. red.; YAKOVLO~'--iK- ~-." "0 -w-fg.
(Liquefied gases in England; their transportation, storage,
uses] Szhizhennye gazy v Anglii; transport, khranenie, is-
polIzovanie. Moskva, Gostoptekbizdat, 1963. 140 p.
(MIRA 16:10)
(Great Britain-Liquefied petroleum gas)

BOKSEiZIAN, Yu.I.; IATUKHINA, le.I.,, ved. red.
- -11, - ~--
(Methods for developing new 9quipment in the gas industry
of the Soviet Union] Puti razvitiia novoi tekhniki v gazovoi
promyshlennosti SSSR. Moskva, Izd-vo "Nedra," 1964. 311 p.
(MIRA 17:5)

BOMIUM, Yu. I.
Centennial of tdita national oil and gas industry. Stroi. trubop-rov.
no.9:1-3 S 164. OMRA 17:10)
1. Zamestitell prodsedatelya Gosudarst-vennogo proizvodstvaiinogo
komiteta po gazovoy promyshlenno.9ti SSSR.

I
BOKSEMA 0'1 YU.I.
Editorial-.- Gazz, prom, 9 no.1131-3 164. (MIRA l7sl2)

BDYSW.-. IZRAILEVICH
Gazosnatzheniye narodnogo, khozyaystva i tekhnicheskiy progress. Moskva,
Gostoptakhiz.d'At, 1961.
92 L 2_/ p. illuse) diarr8of graphs, maps, tables.
Bibliography: P- L 94-/

~/Olq/bol/0059/0062,
~04 /0070/6,
-ACCESSX014 -IM.-' AP5
039
AUMO-R,. -
i;.; TITIAB Synthetic beril I J irn. cmtainir4r, V, Hnj CO, tMd Ili
777
SOURM X_-1-s+,rLUO9rafi7s 10~ ii6o.' c,*65, -9 6P_
Cr =yj~tal
TAGS--.:, _bydrotbema S "rPUO'i C>rphwjz
7Cd and 10in boron
iipginre Cr.Y;S_taU vitb n&dxWre*S of' 11n
ABSTRAM. BeryiUM 5
-2-B
CaMPOILIds (11 and IN o, rynthesized by the hydrcFther=i1 metho'. T e
- f-- ' 1 7
absorption spa~?ra of the obtaimed crystalt; were studied et, ro,,-m ez- wel_l as lov
temperatures in order to determine which of the admixtuxes in tl~-a ~n-Sta'_' Sre is"a-
morph(..us, and wa-at is, tLeir valency. It Nir&z found thnt' in boric
it. is tv-,,a!4 dissolved and crystallized ir., the form of ather
an canci-inite, nephelinel and albite. Orig.. art. has: 2 figures.
-ASIIOCW- 1011! lWtitut lwifj EL 9MV
qn); 1405hovaldy goo Amiyer-sit-et M. V. Lomanozova Gloscov
AR
State Univerzilt,)
Cond /P

IJ)KMIN, G-N-; SBITSYN, V.I.; SMANI, A.S.; YIATVEYEVA, A-.V., red.; BOKSHA,
R.V., red.; :OUZEL'., Ye.j., tekhn. red.
[Protective aquipment and devices for working with radioactive
substances] Zashohitnoe oborudoiranie i prisposobleniia dlia raboty
a radioaktivqmi veshchestvami. Moskva., Gos. izd-vo lit-ry v oblastl.
atomnoi nauk.1 i tekhnikiv 1961. 129 p. (MIRA 14:11)
(Radiation protection)

BALABUJUt, V---., prof.; RAZBITI"ATA, L.M.; I"AZU-*CV:'KIY, 111.0.; TIKHOIIOVA,
L.I.; BOKSITA,. R V., red.; POPOVA, S.I,',.,, tekhn. red.
[Problem of drawing long-lived radioisotopes out of the body]
Problems. vyvedeniia iz organizma dolgozhivuE;bchM radioaktiv-
rorkh izotopov. Moskva, Gosatomizdatp 1962. 166 p.
(MIRA 15:8),
(RADLI,TION PROTECTION)

GOLIDENBLAT, Iosif Izrailevich; RIKOLAYENKO, Nikolay Aleksandrovich;
.---BOKSHAL R.V. red.; FOPOVA, S.M., tekhn. red.
j_
(Calculation of thermal stresses of nuclear reactors]Raschety
tomperaturnykh napriazhenii v iadernykh reaktorakh. Moskva,
Gosatomizdat, 1962 158 p. (MIRA 15.11)
Nuclear raactors)

rT /7
Category: USSR Physical chenistry
Thermodynamics. Thex7sochemistry. Equilibrium. Physico-
chemical anelvois. Phase transitions.
Abs Jour: Referat Zhur-Khimiyu, No 9, 1957, 299D9
B-8
Author : Butuzov V. P., Boksha S. S., Gonikberg M. G.
Inst : Academy of Scie_n-cff9-U6RR---Y
Title : Polymorphous Transformations of Phosphorus at S%per-High Pressure
Orie Fb ; Dokl. AN SWRI 1956) 108) No 5) 837-W
Abstract: A system has been worked out for the investigation of polymorphous
transformations in super-high pressure units, with continuous auto-
matic recording of temperature changes, which makes it possible to
determine slight therml effects. An investigation his been nade
of the behavior of black crystalline phosphorus at super-high pres-
sures (2Y= kg/cm7) and high temperatures (12DOO), but no new modi-
fications of phosphorus were obtained; on an increase of the pres-
sure there takes place only a uniform rise of the fusion tempera-
ture of black crystalline phosphorus. At 18000 kg/cm' the temperature
Card 1/2 -26-

Category: USSR / Physical Chemistry
Thermodynamics. Thermochemistry. Equilibrium. Physico-
chemical analysis. Phase transitions. B-8
Abs Jour: Referat Zhur-Khimiya.. No 9, 1957, 29909
of fusion of phosphorus reaches about 10000. Investigation of the
behavior of red phosphorus revealed that at 4000 kg/an-l-and about
6000 the formation of a new modification of phosphorus takes place,
which is reversible and has a a-11 thermal effect.
Card : 2/2 -27--

0 K5 YA) - S - S.
In the article, "A 3ev Method o)r Obtaining Xxtremely High Gas Pres-
sures," by S. S. Boksba, a description and drawing Is given of a piston-
less thermid -ccmpressor in which "all the shortcomings of more complex
installations are either wholly or partially eliminated."
The compressor operates on the principle of the expansion of a
pressurized gas heated in stages of four progressively smaller, elec-
trically heated steel cylinders, which are interconnected by a steel
tube through which gas can flow in one direction only. Gas (nitrogen)
at a temperature of 800 degrees centigrade and a pressure of 1C0 at-
mospheres, in the pressurized tank at the beginning of thelcycle, can
be brought to a pressure of 2,500 atmospheres-in the final (4h) cy-
linder. The cylinders are made of YalT stainless steel; their volmes
are 2,130, 1,360P 500, and 4W milliliters. The cooling jacket sur-
rounding the cylinders holds 1-5 cubic meters of water; during opera-
tion, the temperature of the cylinders increases only 40-50 degrees.
7he CONPres$Or in readY for use in laboratory work as well as
In industry. (KrisUllograflya, Vol 2. No 1, 57, PP 198-200) (U)

--7;
. . . . . . . . . . . . .
Onnatio"Is 'of ~hospborus at -Olm-
Idgb re ea. V, P. Buttizov. S. S. iloksha, and Al. G.
Gwilkbbug~ DvEudy Akad.
--riwC I nd
16
Ili res- 4-1- lip tD ~ 23,0w,kg, sq, Cm S-, al
to 92~~O Ztude tL1 yOAvvy P lailt-ki t~2,
Prr-lieucc of :-.ol. ilUl~urifics- WWI purifir-i N'tilow P.
to tl:e
the -'o"wx-ion of lilackv cryst P (Bridpnan. C-A. 8. 316U:
JacoLs, C.A ~ 32, 41511 1'~Is confirmed. A special app. wa--
de5igned f--r the uu-ty of the trans fon--qtion

SOV-1_00-5S-32-21/33
AUTHORS-.Boksha__a_-S, Shakhovskoy, G. F.
TITLE: An Apparatus for Obtaining Ultra High Pressure and
Simultaneously High Temperature (Apparatura sver.1:chv-jsokogo
davleniya s odnovremennym polucheniyeia vysokilch teriperatur)
IYERIODICAL: Pribory i Tekhnika Eksperimenta, 1958, Nr 3: pp 86-90
(USSR)
ABSTRACT: An apparatus is described for obtaining ultra high gas
pressures and high temperatures using a multiplicatDr des-
cribed in Ref.4. The entire apparatus is shown in Fig.l.
The gpes may be compressed up to a Dressure of 30 000
'111g/cm with a simg1taneous achievement of temperatures of
the order of 2000 n. A method is also described for ob-
taining ultra high gas pressures using solid carbon dioxide.
The apparatus has been used to study the variation of the
melting point of metals with pressure, e.g. al-wniniui-a and
copper. Another substance which was studied was black
crystalline phosphorus. Fig.2 shows that the melting point
of copper and aluminium increases linearly with pressure in
the range 2000 to 20 000 kg/cm2. It is well-kno~_xai that
phosphorus takes up a number of polymorphous forms: yellowv
red, black amorphous wid black crystalline. Up to the,
Uard 1/2 present time no one has succeeded in melting black phosphorus

SOV-120-58-3-121/33
An Apparatus for Obtaining Ultra High Pressure and Simultaneously
.High Temperature
under high pressure. It is shovrn that as tlie Rressure in-
creases right up to approximately 20 000 kg/cm $ no changes
in black phosphorus can be observed. At 18 000 _kg/c-n the
melting temperature of black phosphorus is about 10000C.
There are 2 figures, no tables and 22 references, of which
12 are Soviet and10 are English.
ASSOCIATION: Institut kristallografii AN SJSSR (Institute of
Crystallography of the Academy of Sciences,USSR)
SUBMITTED: August 31, 1957.
1. High pressure research--USSR 2. High temperature
research--USSR 3. Metals--Melting 4. Phosphorus--Melting
Card 2/2

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41

AUTHOR:
TITLE:
83957
S/019/60/000/012/040/097
A152/AO29
Boksha. S. S.
A Device for Producing Superhigh Pressures of Gases or
V~_P-Ors-\A 1~
Byulleten' izobreteniy, 1960, No .~'12, P- 30
PERIODICALt
TEXT: Class 27b, 1502 . No. 129279 (650688/25tJanuary 16, 1960).
1) This device is for producing superhigh pressures of gases and vapors
and consists of cylinderep connected successively by capillary tubes and
provided with internal electric heaters and cut-off valves. It has the
following special featurest to control the release of the working substance
from the device, the last cylinders are made in the form of containers
having release valves with a differential. piston multiplier operating after
the electric heaters have been switched.on. 2) A device as specified in
(1), distinguished by the following special featuret it has an electricall
remote control system for successively switching on the electric heaters
singly or in groups according to a set program and regulating the duration
of the heating cycles- 3) A device as specified in the preceding two
points, with the following special feature: to reduce the thermal inertia
Card 1/2

83957
S/019/60/000/012/040/097
A152/AO29
A Device for Producing Superhigh Fressure"s of Gases or Vapors
of the electric heaters, the latter are made of parallel thin tightly
stretchedmetal threads evenly distributed throughout the entire volume of
the heater. Preely rotating disk-type temperature compensators are also
used- 4) A device as specified in the preceding three points, but with
the following special feature: to prevent the electric leads from burning
out rapidly, and to pack them reliably, they are mounted in obturators lo-
cated in the lower part of the cylinders. 5) A device as specified in the
preceding four points, distinguished by the following special feature: it
is provided with a hermetic differential packing with a no-noompensated
area and a liquid seal. 6) A device as specified in the preceding five
points, but with the following special feature: to increase the rigidity
of the high-pressure cylinders, autofrettaged jackets and rings are Placed
over them, while the obturator nuts and valve boxes are screwed into the
autofrettaged jackets in order to secure the cylinder axially. 7) A device
as specified in the preceding six points, but distinguished by the follow-
ing special feature; it has differential cut-off valves with soft packing
and a noncompensated area.
Card 2/2

h0145
8/058/62/000/007/001/068
A061/A101
AUTHOR: Boksha, 8
TITLE: A new type of pistonless compressor for the generation of superhigh
gas pressures
PERIODICAL: Referativnyy zhurnal, Fizika, no. 7, 1962, 13, abstract 7A125
(In collection: "Rost kristallov. T. 2". Moscow, AN SSSR, 1959,
105 - 108)
cessively decreasing volumes (3,000 - 300 cmi), connected by steel capillaries
and separated from one another by one-way action valves. By means of series'
connected heaters placed in each cylinder the gas is partially conveyed in steps
to the list small-volume cylinder. The compressor has a cyclic operation, and
the process is made automatic by an appliance which is described in the paper.
It takes 25 min to raise the pressure from 150 atm (pr.ssure in the gas source-
container') to 2,400 atm. *The power input is 7 kva.
(Abstracter's note: Comp.Lete tranalailan] A. Kikoin
Card 1/1
TEXT: A pistonless compressor which is able to generate gas pressures of
UP to 3,000 atm. is described. It consists o a system of six cylinders of suc-

s/oft/62/000/011/021/057
E19VE184
AUTHOR: Boksha, S.S.
TITLE: Super-high gas pressure equipment for crystal
synthesis
PERIODICAL: Referativnyy zhurnal, Khimiya, no.11, 1962, 165, 166,
abstract 11 E8. (In the Symposium; "Rost kristallov"
("Growth of Crystals"), v-3, Moscow, AN SSSR, 1961,
258-264. Discussion, 501-502).
TEXT: A new model of pistonless gas compressor is described
which compresses gas up to 150 - 7000 atm with a maximum output
of 300 cc of compressed gas per hour. The compressor consists of
twelve steel cylinders installed in a common pipA. Each cylinder
has a valve which permits the gas to pass only to the following
cylinder. The cylinders contain heaters of low thermal inertia.
A special super-high pressure valve is located beyond the last
cylinder. When the pressure in the compressor reaches the
required value a powerful heater in this special valve is
connected for a few seconds to heat water. The steam drives the
piston and the gas passes from.the compressor into the working
Card 1/2

Super-high gas pressure equipment... s/o8i/62/000/011/021/057.
B194/Ei84
chamber. The-compressor is automatically'controlled. The
working space of the equipment contains a crucible with the
substance under investigation, a manometer and thermocouple.
This chamber is closed by an obturator with an uncompensated
valve. Another type of'working chamber is also described in
which the final high pressure is created by pressing a piston.
The preliminary pressure is developed by means of the
compressor.
~Abstractorls note: Complete translation.]
Card 2/2

J!t
2
-S/564/57/1000/000/024/0 9

AUTHORS: Butuz0vj 7 P*~ and Bbkbha~ So

TITLE:~~'I A now method"o .'aludying.phase transformation'
high pressut66 and temperatures and its -
application: to'%he:,~atudy of the polymorphiBm
of pnospho
SOURCE: Rost kristallov*; doklady na Pervom soveshchaniii
'po rostu kristallov,1956 go Moscow, lod-vo
AN SSSR9 '19579''3111_3

TEXT The present,vork.is~c6ncerned_with some.problem
k
,
_
simultaneous,__~production -of --ultra~hi- and-
elevAted:
ad,
-temperature's meaeuremenV, -these quantitie a,
their. appliettion., The. high -~re.6svd-es, were produced means

faolidz
0 -_and liquid between gaske.to-and e 0om_,L.--_.
~00 layerai

2 .~_I.-

~
pre6sed 'gas. '.-The -temperat e~ sidb
'the pressure-vessel was
in

meaq=ed - ,
lhe'aid~of )mbined on:thermocouple,
with a

-1/2 ,

BOISILA, V.G.
Studying the physiological functions of the body in climatotherapy
for tuberculosis on the southern shores of the Crimea. Yop.kur.
fiziotar. i lech..fiz.kulltd 21 no.1:13-17 Ja-Mr 156. (MI-RA 9:9)
1. Iz Yaltinskogo teentralluogo klinicheakogo sanatoriya No.1
(rukovoclitell - kandidat meditsinckikh aauk G.P.Fedorov)
(TUBIMCULOSIS) (CRIKUOOSBA'AIR)

USSR/Zic.3ca, apt, ;ximl PhysioloC7. &-ase Orfans. DrIteroception. T
,~4bs Jour: Rof n2ur-~Diol-, 110 20, 19A 93727-
1.uthor Do1wha, V G.
Inst
Ti"U'le The Problem of AAMPtz,.tion of Receptors.
-Pub: Fiziol. zh. SSSR, 1957, 43, No 12, 1149-1155.
;,bstract: Tvro cannuli vere inserted in the waU of ~he urinary
blaador of aecorclarate"L ancsthutizcd cats throuL'i the
dissectecl porit-oncal c,-.vity. Wam physioloG-'Iml solu-
tion was -,~lacc,! -Jr. tlie Ibladtler cZ mw, =id 'lic other
was cormected to a wator 7.,,ononeter for 1yx,:-rWL)hJ.c
r