SCIENTIFIC ABSTRACT BAKHRAKH, L. P. - BAKHRUSHIN, A. B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000103110013-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

r7
3OV-125-58-10-10/12
AUTHORSt
Livshits, L.S., and Bakhrakh, L.1'.
TITLEt
On the Relation
Between the Hardness and the Microstruct-

ure of the Fusion of
Austenitic Joint in Perlite Steel

and the Chemical Composition of
the Steel and Neld Joints

(0 svyazi mezhdu tv~rdostlyu I
mikroatrukturoy splavleniya

austenitnykh shvov na perlitnykh
stalyakh i khimicheakim

sostavom stali i shvov)
PERIODICAL:
Avtomaticheskaya svarka, 1950, Vr 10, pp 81 - 85 (USSR)
ABSTRACT:
Problems relating to the transition of carbon in the fusion

zone
in solid condition, and the passage of metals in vari-

ous
structure classes are discussed. The microatructure

and
microhardness of the fusion zone in commerially pure

iron (about
0.035 C), carbon steel (up to 2ep C), and

"12Yh5M" elteel. (up to
0.15-,- C, 5 - 6 ~k, Cr, 0.45 - 0.65

go) were Investigated. It
was proved that hardness and

atructurp of the fusion zone In
austenitic.seamB on per-

lite steel cnn be controlled in a larCe
range by changing

the chrome and nickel content in the seams and
the carbide

forming (.1cments In the base metal, It is concluded
that
Card 112
hqrdnean and probably also brittlenece in the
f"Usion zone

jOV-125,-58-10-10/12
On the Relation Between the Hardne3a and the 11"icrostructure
of the Fusion
of Austenitic Joints in Perlite Steel and the Cher"icnl
Composition of the
Steel nnd ',7eld Joints
are reduced by a smaller carbon content In "he steel and
chromium content in the austenitic seamt as woll as by
an incroased content of nickel in the seam, and of ele-
ments forming in the bnne r.etal stabler carbides than
chromium. To reduce hardness and improve homogeneity in
the fusion zonep the use of 1118 Cr-8 Ni" electrodes, which
do not contain niobium, titanium, molybdenum and tungsten,
is recommended for welding steel alloyed with molybdenum,
tungsten and vanadium (separately or in combination) in
quantities ensuring binding of the carbon into carbide.
There are 5 microphotos, I graph and 7 references, 3 of
which are Soviet and 4 EnClloh.
SUBMITTEDt January 6, 1958
1. Steel alloys--Are welding 2. Are welding--Metallurgical
effects
Card 2/2 3. Steel--Chemical properties 4. Welds--Chemical
propertiea

60V/135-59-1-6/18
AUTHORS: Livshits; L.S., Candidate of Technical Sciennci,
and Bakhrakh, L.P., Engineer
TITLE: The Radiogra-p=-U-1_~vestigation of Niobiuvi Distri-
bution in Stainless Steel (Radiograficheskoye
issledovaniye raspredeleniya niobiya v nerzhave-
yushchey staii)
PERIODICAL: Svarochnoye proizvodstvo, 1959, Nr 1, pp 20-22
(USSR)
ABSTRACT: In connection with intereryatalline corrosion in
the use of 1118-9 Till and"18-9 Nbll stainless steels,
it was assumed that the stabilizing effect of Nb
and Ti depends on their condition in the alloy and
that satisfactory corrosion resistance is obtained
if Nb (or Ti) is present in the form of carbide,
binding the contained carbon. Information is
given on the effect of heating conditions for
'118-911 grade stainless steel containing Nb, on the
Card 1/3 formation and dissolving of Nb-carWdes, with the

SOV/135-59-1-6/18
The Radiographic Investigation of Niobium Distribution in
Stain-
less Steel
use of an Nb-95 radioactive isotope. The tests
led to the following conclusions: to ensure
intercrystalline corrosion resiStance in heating
up to temperatures of 550 - 650 C, the use of
stainless steel with a higher Nb content
Nb 10 - 13
is recommended. In hardening stainless osteel with
a reduced Nb content, heating over 1200 C mbst be
avoided. In the case of heating up to 1300 C,
zones adjacent to the weld are less resistant to
corrosion than remote portions. Best results in
raising corrosion resis 8ance can be obtained, by
heating up to 850 - 900 C for 3 hours, ensuring
a satisfactory Nb carbide formation. Maximum
Card 2/3i temperatures for steels containing Ti are lower

SOV/135-59-1-6/18
The Radiographic Investigation of Niobium Distribution in
Stain-
less Steel
than for Nb-containing steels. There are 5
microphotos, 1 table and 4 references, 3 of which
are Soviet and 1 English.
ASSOCIATION: MIST
Card 3/3

AUTHORS.
TIM:
S/ 19WROO/006/002VOO7
Aoo4/A io4
Bakhrakh, L. P., and Livahits, L. S.
BCH-5 QSN-5) eleetrodes :or welding non-revolvable joints of
Xl8ql2M2T (Khl6Nl2M2r) Steel Pipes
PERIODICAL: Byulleten' tekhniko-ekonomicheakoy informataii, no. 6,
1961, 23-24
TW: The VSN-5 electrodes were developed in 1960 by the Vaesoyuznyy
nauch-
no-lasledovateliskiy institut stroitel'stva truboprovodov
(All-Union Scientific
Research Institute for the Construction of Pipelines) (see also
By,-Ileten' tekh-
niko-ekonomicheskoy informataii, 1961, no. 2, 23). The electrode
has a
%~V. 04xiftlm~*(,Sv. 04Khl8NllK3) steel core and a coating
consisting of 40 parts
marble, 40 pa. a feldspar, 3 parts ferromanganeae, 3 parts titanium
dioxide,
3 parts ferrosilicon, 8 parts ferrocolumbium, 2 parts
ferromolybdenum, 1 part
aluminum, and 30-32 parts water glass. The VSN-5 electrode makes it
possible
to obtain a built-up metal of the following composition:
C to 0.13 Ni . . . . 10 - 12
S1 0'.5 - 0.8 Nb . . . 0.9 - 1.2
Mn . . . . 0.5 - 1.5 Mo . . . 2.3 - 2.6
Cr . . . . 17 - 19 3 and P , not more than 0.035
Card 1/2

24243
S/193/61/000/006/003/007
BC 4-5 (VSN-5) electrodes ... A004/A104
The welded joints have the following mechanical properties:
temporary tensile
strength ~ 60 Wmm2, relative elongat'8 n ~ 24%, Impact strength
> 7 WOm2
bending angle of the welded joinN. 50 . The joints are
resistant to general
and Intergranular corrosion in various chemical media, which
was proved by tests
being carried out in different organic acids and in a solution
of copper sulfate
and sulfuric acid. The specimens werg tested under laboratory
condit ;ons after
the welding, after hagdening at 1,050 C, stabilizing
annealing0at 850 and pro-
voking heating at 650 C. Heating the specimens to 650 and 850 C
led to the
formation of cracks,1which are not of corrosion origin but the
result of rapid
embrittlement of the steel caused, obviously, by heating In the
dangerous
temperature range of 650-850 C. Therefore the seiice
temperature for parts
welded with VSN-5 electrodes should not exceed 350 C.
Card 2/2

LIVSHITS, Lev Sormonovich, kand. taklin. nauk.
triniria'Li uchantvet-
Btarahiy nouclinyy notr.; PANICH, S.I.,, inzb.;
aepq MIRKUMLLI, E,G.9 Inzh.j KAVKOVA, V.jred',
(Role of alloyed steel corposition on the
consorvntion of
structural homogeneity, and the properties of welded
joints
during heat tim]lloll sostava legi~rovwuXykh stalei v
nokhranonil
strukturnoi odnorodnooti i svolstv svarrWkh
soedinonii pri dli-
tol'iVkh rabochikh nagrevakh. Hoskva,, VIIIIST
Glav(;aza SSSR. Re-
daktsionno-izd. otdol, 1962. 56 p. (KIRA 15M)
1. VsosoyuM-y nauchno-isoledovatellskiy inatitut po
stroitell-
stvu magistrallrqkh truboprovodov (for Bakhrakhp
T'anich~
Grinbergp Kurk=ell.'),
(Stool-Welding) (Votals, Effect of temperature on)

43275
3/842/62/000/000/006/006
E191/E435
AUTHORS: Livahits, L.S., Candidate of Technical Sciences,
Bakhrakh, L.P., Engineer
TITLE: The welding of alloy steel production plant pipework
SOURCEi Primeneniye avarki v stroitellfiykh konstruktxiyakh.
Vaea. konfor. Po prim. 9varki v stroi. konstr., 1961.
Moscow, Goastroyizdat, 1962. 344-350
TEXTz The main tasks in the welding of alloy steel pipes are
enumerated. In manual arc welding, the development of now
electrode material is reported with which certain alloy steals
can be welded without subsequent heat treAtment. The welding of
pearlitit stools with auatenitic electrodes is discussed
generally.
The presence of elements more.similar to carbon than chromium is
needed. This condition is fulfilled in steels with a high
molybdenum content. Automatic and semi-automatic welding in
discussed and recommendations for the necessary fluxes are given.
There are 2 figures and 2 tables.
ASSOCIATION: MIST
Card I/X

111882
S11351W000101110011006
A006/A10I
AIM10tri: Tdvnhits, L. S., Candidate of Technical Sciencesi Ba
Tg_khJj.,_P.,
Engineer
TAITM'- Problems in the weleling of steels of different
structural classes
PI-MODICAL: Svarochnoye proizvodstvo,-no. 11, 1962, 8 - 10
TEXT: The authors investigated structural heterogeneity in the
fusion
zone Of all3tenitic steel with steels of other structural
classes. Table 2 shows
the results of measuring the size of the decarbonization zone
in non-alloyed
steel, adjacent in the fusion zone to high-alloyed Welds. These
data make it
possible to estimate the intensity of carbon transfer at 7000C.
The structural
haterogeneityin the fusion zone of' the investig*ated. steels
may be caused by ~the
mixing of dissimilar metals, the formation of intermediate
martensite alloys In
the weld, and carbon transfer from the ferrite-perlite steel
into the austenite
3teel. If the content of carbon In the base and weld metals is
low and if the
carbon is not transferred during heating, the formation of
martensite interlayers
In the weld near the fusion line is not dangerous. The carbon
transfer during
Card 114,2-

S/135/62/000/011/001/006
Problems in the welding of... Aoo6/AlOl
heating of such welds entailn carbonization of the martensite
zone, sharp in-
crease in hardness and brittlenes3 so that the weld joints are
not suitable for
operation. Carbon transfer from perlite into austenite steel
during heating is
predetermined by the appearance o' the gradient of' its
concentration in the for-
Mte And nustenite solution near the Ifusion line. The C
concentration of non -
alloyed steel, subjected to wal%Arv, Is 0.02% at 7000C. Knowing
this value and
using the data given in table 2, the carbon concentration in
high-alloy welds at
the oame temperature can be calculated by a method developed by
L. S. Livshits,
which is based on the regularities resulting from the second
law of diffusion.
The calculation shows that at 7000C about 0.01455% C is
dissolved in the auste-
nite of Cr-Ni steels Kh18N8 and IW5N,220 and in the ferrite of
Kh13 Cr-stecl and
that about 0-0172&,Z C is contained in the solid solution of
alloy Kh15N60. Col-
culation of the alloying of steels to be welded, by a method in
which extended
heating would not cause carbon transfer into the austenite
metal, is recommended.
There are 2 tables and 4 figures.
ASSOCIATION: VNIIST
Card 214.2

LIVSHITS, Lev Somenovich. Prinimal
uchastiy*-1AYdUW,..j~.P,, inzh.;
ALUSUEV, 'fe.K.9 inzh., nauchrqy red.; PEREVALYUK, M.V.,
red.
izd-va; SH9VCHENKO, T.N., tekhn. red.
(Welding steel alloys in assembly work in
construction]Svarka
legirovann,ykh stalei na montazhrqkh rabotakh v
stroitel'stve.
Moskvap Gosstroiizdat, 1962. 191 p. (MIRA 15tl2)
(Steel alloys-Wolding) (Building, Iron and steel)

LIVSHITS, Ley Semenovich, kand. tekhn. nauki BAKHWH, Lidiy!~__
PetrQ3%a, insh,; RAGAZINA, M.F., Insh., ved. red.; SHTERLING,
red.1 SONDKINA, T.M.0 tekhn. red.
[Welding of 11578 W SI579 steel structureo)Svarka konstruktail
is stalel EI578 i EI579. Moskva.. Filial Vass. in-ta, nauchn. i
tekhn. informataii, 1958. 9 p. Peredovoi nauchno-tekhn i ro
isvodatvennyi opyt. Tom 12o No-M-58-281/24) (HIRX i60T
(Steel, Heat-resistant--Welding)

UMITS. L.8., ksnd.tekbn.n&ukj,BUMMs 14&~, Inuh.
Welding steels of dissimilar otructural groups. Drar.proisro
no*110-10 N *62o (MIRA l5sl2)
1. Viesoyusnyy nauabno-isoledovateltakiy inatitut tvardykb
splavoye
(fteel--Metanographr) (Steel-Welding)

S/125/63/000/003/011/012
A0061AI01
AVMDRS g Livshits, L. S., Bakhrakh, L. P.
TITLE: Radiographical investigation of carbon migration in the
fusion zone
PMODICAL: Avtomaticheskaya avarka, no. 3, 1963, 90 - 93
TM(T: The process of carbon transfer beyond the fusion zone of
the weld
mid base metal., depends considerably upon the peculiarities in
Vie carbonized
zone and higher alloyed steel. -Bxperiments were carried out to
atudy more pre-
citi~ the regillarittes In tho formWl;ion o~.' a carbonized zone
ane. its nature.
V,etal, contoining radioactive carbon, was %aided upon various
steel grades.
Wo eaces are investigated% 1) the weld anc baGe metal are
differently alloyed
pearlite class steels; 2) the weld vid the base metal are of
different struc-
tural classe3, i.e. pearlite and austenite. The radioactive
isotope was intro-
duced into electrode rods which were used to produce three
layers of 12X5 M
steel (0 - 15% C); 1 X 18H9 (M'AiO steel (0. 12% C) and X 15H 6o
(M15N60) alloy (0.12% 0) on Arimoo-lron '0,(4,&,' c), The
distribution of C in the
fusion zone ax-A the adjacent areas was studod by radiographical
analysis of the
Cand 1/3

S/125/63/000/003/011/012
Radlographidal- investigation- of... A006/A101
specimens in initial state and after hcatin5 at 7000C during 13
hours. Speoi-
mens with built-up 1Kh18Nq steel and Kh15H6O alloy were
investigated after
heating at 900 and 1,0500C for 2 hours. It was found that the
Introduction
of alloying, carbide-forming components, to the built-up material
caused the
migration of C from one to another section of the joint, due to the
different
C concentration 1r, the solid solution. The addition of
carbide-forming compo-
nents to a section where the carbcn diffuses, increases sharply its
0-concen-
tration. The carbon, migrating beyond the Vusion zone, Is bound
into carbides
until a-11 the components, able of carbide formation, have been
bound into car-
bides. Then the C content in the solution increases slightly. The
total C
concentration is higher in alloyed than in non-allovW steel. The
degree of
carbonization will be the higher the clooor the alliying component
is to carbon
and the hirher the C content In the carbides. In t1io second series
of tests
it was found that the intensity of C migration is determined by the
rradient of
its concentration in a solid solution. C concentration in MN9
steel, heated
to 7000C, is below 0.02% and lower than in & nickel-base alloy. In
heating to
9W 0 C the solid solution of avate-nito steel contains up to 0.05%
C, and in
heating to 1,0500C It contains 0.)2% C. "I"no fact that all the
carbon (about
Card 2/3

S/125/63/000/003/011/012
Radiographical Investigation of... A006/A1O1
0.3%) of non-alloyed steel is in the solid solution, brings about
the active
nigration of C from the carbon to the Cr-Ni steel. The C content
in a Mil%o
solid solution will be lower than in Kh192N9 steel. The reduced C
concentration
In solid solution.". of Khl&lg and M%19.160 steel, is maintained
during the process,
due to a high chromium content. 'Shore tire 4 figures,
Card 3/3

; IVSJUIS, doitor t(-Pm. aauk- II,',KHFAN'H, I-F ,
Technological characteri!ttic3 of electrAc arc,
weldIng of
dissiml-lar steels. Vest. maBhinoslx. 1.5 no.?- 'A-
62 J) 165.
(MIFJ, Iq.10,

BAKHFAKH, LX-
MU/Slectromles - MRgmrom in 59
"Theory of the Multilep'sat *Petron," L. 1. B&M.
rakh
*Zbur Tekh Pis" Vol XXII, No 6, pp 1008-1015
'The multimegment upstron was investigated by T.
IrAlinin sad I. Vasserma'o (cf. "Is Ak lauk SISSR ftr,
71010, 103, 1946). Author analyzes process of pbsee
focusing of an electron been and attoMto to apply
results obtained to clarification of processes of
sustained oscillations of multiosguent maetro. Is-
debted to P. V. Golubkoy and B. N. Zaaoroskov. Re-
ceivod.93 Jul 500

BAKHRAKII, M.G. (Kuybyahev)
Asymptotic stability of the solutions to certain
differential equations
with retarded arguments. Izv, vys,, ucheb,, sav.; mat
no.4tl5-19 163.
(MIRA 16s10)

-A A F -. 4 r, -. ?~ ~ I . R.
Assembling and inter-changeability In aeroplane construction.
Moskva, Oboroneiz, Glav.
red. avi;itsionnol lit-ry, 1946. 81 p. (50-18991)
TL67l.l.B3

BOYTSOV, V.V.; BAKHRAKH, N.M., rodaktor; ZUBAKIN, I.M.,
takhaicheekly
redaktor
[Standardized appliances for assembling airplane units]
Norma-
lizovanzWe prispoooblenila dlia aborki agregatov samoletas
Moskva, GosAzd-vo oboronnoi promrshlannosti, 1955. 234 .
(Airplane--Design md construction) (MLRA 8:10T

a it a a 4 4 W 0
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K , - Tt. -and-SMOVAYSKIYY- Ye.
"Mounting, Adjuatment~ and Regulation of Fuel Pumps for Diesel
ErV,,ines, " 291dooodc#
Tekhsovety MM, 13,, No.230 1952

BAMKHS To.
mOontrol-Adjustment Testing of Fuel Pwmps," Tekheov. M., 13,
No*29-30, 1952

'o 0 S 0 0 0 ; 0 # * 6 4 0 savowwwww*44, -t ILI I . . - I . - .
? . - I ; i ~ p ,

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T. If. Mn&cVjergw

goo
goo
lie 0
&IS. LA SIVA L use
I low O"Ov
two
19 1
e 0 0 0 6 e 0 #

VAMINOVA, U.K.,; KCHTORINA, A.A..; BAKIRM. YO.B.
Characteristics of the polysaccharide fraction of
Pastexxrell&
tularensis. Zhur. m1kroblol. epid. i immun. 27
no.2%8-13 7 156
(an 9:5)
1. 1z Inatituta w1kroblologil i epidamlologii Yu.V.
SSSR Mikrob.
(PASTILMILIA TUIAMSIS, vietab.
polyeaccharide containing fraction. characteristics)

KOZAKIVICH. V.P.t DMARnSKIY, I.V.: BAKHMH, Ye.l.;,PASTUKHOV,
B.N..
red.; XARON, I.I., red.; ZUTVA, NOX09- takhn',red,
[Poisons used to control hosts and carriers of highly
dangerous
Infections] IAdy, primnisemys Me borlby s khranitaliami L
parenoschikani osobo opesnykh Infektati. Pod red.
B.N.Postukhovs.
Koskya. Gosolsd-vo modolit-ry 1958. 155 . (MIRA 13:4)
(ROUMICI12S) tINSICTICINJ

MMIDOV, Z.M., professor: BAKHMI. H.
. . u MWARM"
The fate of patients after appendicular abscess
with limited
peritonitis. VastAhir. 76 no-70-134-135 Ag
155.(MLRA 8:10)
1. Is kafedry obahchey khirurgil (sav.-prof.
Z.H.Hamedoy)
Iserbaydzhanakogo neditsinskogo Instituta
(APP M ICITIS, compl.
abscess & peritonitis. Indic. for sarg.)
(ABSCXSS
appendix with peritonitis, indic. for surgo)
(MITONITIS, etio. & ps4h6gsn.
abscess of appendix, indic. for surgt)

Una - k 110 wam"W-44~-.
Effect of lA growth-promoting substanoopf petroleum origin on
the development and yield of the Yetchlibe. Dokl. AN Aserb.SSR
13 no.3:321-324 157. (XXHA 10;7)
1. Institut %*uledeliya Akademli nauk AssrUtydshanskay SSR.
Pred-
stavlano &I--idemikou Akadeall nauk Aserbaydshanskoy SSR.A. I.
Xarayevym.
(Yetabling)
(Orowth promoting substances)
(Petroleum Induetry-By-producte)

)',,,-ZR, A.Ya., Inaliener; Mluilvu. I..Ye., inthener.
Vachininp. thn frnmar. )f Indtiction motors of a standArd series on
prouvod vachins too)-c. Vert.;Ie),trovrom. 27 no.9:4i-4,4 .,- 156.
(Iluu, 10:9)
1. Gipr9pnergoDrom.
Olectric nmhinery Industry) (Hachine toole)

A
A
Agregatirovanis I vz&imozamenIaemu,,A' v samolotostroanii.
Moskva, Oborongizq
Glav. red. aviatsionnoi lit-ry, 1946. 81 p., illus.
Title tr. i Assembling and interchangeability in aircraft
production
TL671. 1. B3
SO: Aeronautical Sciences and Aviation in the Soviet Union,
LibrLry Of
Cunjrej3, 1955

PHASE I BOOK M(PLOITATION 160
Boyteov, V.V.
Normalizovann*e prisposobleniya dlya aborki agregatov samoleta
(Standardized Devices for Assembling Aircraft) Moscow,
Oborongiz, 1955, 234 p. Number of copies printed not given.
Ed.: Bakhrakh, N.M.; Tech. Ed-t Zudakin, I.M.
PURPOSE: The book is intended basically for designers of assembling
equipment in the aircraft construction industry,,.but it may be
helpful also to workers in other !branohes of machine building; it
may also serve as a manual In training speolalists.
COVERAOEt The book describes standardized assemblies and devices
for
assembling aircraft, methods of design and oalculationj and special
technological processes in mounting assembling devices. The author
states that this book is the first work dealing with
standardization
of assembling equipment. He thanks A.A. Teelibeyev, V*P- Shatin,
U.I. Oovberg, B.A. Khropik and others who assisted him in the
development of design standardization; he expresses his special
Card 1/5

Standardized Devices for Assembling Aircraft 16o
gratitude to V.I. Tikhonov for valuable help In preparing the
materials of the book. There are 5 Soviet references.
TABLE OF
CONTENTSt
Preface
3
PART I. EQUIPMENT AND TECHNOLOGY FOR
AIRCRAFT ASSEMBLY
Ch. 1. Technology and Equipment for Assembling Aircraft 5
1. Basic assemblies and Jo4nts of aircraft 5
2. Brief data on technological processes in assembly
operations 9
3. Instruments and equipment for assembly operations 16
Ch. 2. Technological Requirements and Purpose of Assembly
Devices. 21
Card 2/5

Standardized Devices for Assembling Aircraft 160
Ch. 3. Technical and Economic Value of Standardizing
Assembling Devices 26
1. Basic aspects
2. Technical and economic effectiveness of standardizing
assembly equipment 31
PART IX. PRELr14INARY DESIGN OF ASSEMBLY DEVICES
Ch. 4. Des W of Assembly Devices 37
1. Elements and standard joints of the basic structure
of assembly devices 7
2. Clamps and positioning devices 93
3. Standard designs of assembly devices 80
4. Classification of assembly devices 92
Ch. 5. Auxiliary Equipment of Assembly Devices 102
1. Work areas 102
Card 3/5

Standardized Devices for Assembling Aircraft 16o
2.
Pneumatic equipment
109,
3.
Electrical equipment
112
Ch. 6.
Methods of Designing Assembly Devices
115
1.
Basic
materials

2.
Sequence of design

3.
Selection of basic axes
119
Ch. 7.
Rigidity Calculations
124
1.
Distribution of
applied loads
124
2.
Rigidity calculation for beams and
columns
127
3.
Computation diagrams for normal beams and
columns
130
4.
Calculation examples for assembly devices
~136
5-
Conclusions
161
PART III. MOUNTING ASSEMBLY DEVICES
Ch. 8. Basic Concepts for the Special Technology of
Mounting Assembly Devices 163
Card 4/5

Standardized Devices for Assembling Aircraft 160
1. Special technological processes 163
2. Special equipment for mounting assembly devices 166
3. Controlling devices with precision optical
instruments 177
Ch. 9. Interrelation of Assembly Devices 187
Ch. 10. Operation of Assembly Devices 194
Appendixes
1-29 Rigidity calculation tables and diagrams for
assembly devices 197
30 Form for specifications of an assembly device 228
31 Grading of rolled steel. Recommended terminology 232
Bibliography 233
AVAILABLE; Library of Congress I"/kov
Card 5/5 7-29-58

o T
C:;-1. I,Zzh6
G_,o"'iz1c'4,D.'x5o Uoda. V111 razd--l MAroty i
rotul'ttity ~-Altbmly chirot I d-Azt-nniya polyvicoy
clor-.Ak at,%tc!;f (rrolinina-Y D-Am oi! Vmrlationo crA
Iluations
of the, rrrthlo Poleal CoUcated k.-ticItc. Va. 1) jlonc",
jzd-yo A.11 00-111,
1950. 97 'P. Urratm allp incorted. 1,003 copice printed.
MU',"Xi 1,11a coll,,ctlon of eirticlon ia int-mbd for
rLgtrom--.!r8, (~v0r_%ycicidtd,
Lna ot'..-r ccVzitints concorc.A with tho pz%ablcna of
latltu~(., Yarlatlona ft1A
th.-z r.J.-Xatlon of the Eva-th's r-31ca.
I ol' the Collection contairm preliminm7 remits of Intitudm
ob~or,%-Lior,3 tma 1957.5 thrcv~ji 1959.0 r.1da ckt I(T;
atationa Ifi tb* V_M
incluain.- nov atstiono In 01te:Am. Part 11 conolato of articles
d,:cri'o1rj now inutrur-mts, obcervatlon%l proLw= end ty-thois,
and pro-
o: procavaing tho IntiVub obrorvatlonal datm. Vith tbo 1wCar
m4--%vr
of statioDa an& tho uce of nov instm-nts It is anticipated that
the final
remO.to wiU proyida a mDre caVreb7nolvo study of anoz&li6s and
Instrumental

r-All of IAUU140 V'rintiona (Cont.) C-7/571t 2
Ictitudo obron-ationu t';--!' L-11 I In' P).Isiblo pmvic
Inly. FO Nr-
cc;'," ItICA &M m~ntloiicd. Cn:;Iinh nbjtr.,-,cto ma
i%-.f4-,mncac follow each articls.
VZ71~: 0*.~ cl'....,.-."~S:
5. V., L. D. ro3tiwi, r-A 11. R.
Lo:, -rvatic.),i nt C~i ",In Astro%,~,,Acml CQ;n,~rvuc-ry
of tbT Acckdczq
Zenith-Telencopo)
r, 0.-nrolvitk, c-A 0. V.
o: INIcAC-~,dra at V;i :Ioltava Craviritrical
of tl;i! Ulzraininn Acad~.:q or ScUnces (Zclra
rc-,-ov, -14. A. O'szorvatiom of Dr17,%t t2nith Strxa at
tha roltayu
Viacmatory of th3 V-,zranlrz Acadczq of Sciences
(Zzira Zovith-Toloccolo) 13
Card 2/5

lal~a of L-ttitulc V8-rlati(';',3 (Co;'t.) CLV/5742
V . 1. , tvia 1. F. ror1rat. i r.~ ',%-, ~ I r %ti,)n cf
llttll-.,~w
V"LrIntlonn r.-C -a ramunl With TV0 Z--~'At-% '~--lcclcopem 34
e, A. ::. VlvlI.-.-3Awllrj RoollItts of Cc- ~ irlrr-,
of Lli-i Kitab Lmtit%:,A~ Aation lhwina Cut Nviol 1957-5- 43
r., o. It. 71'.'A~OVA, V. V. "":,ztc-r%ov, nnA Yu. r. rro-'Li.
7, .Ito or Prozoncina Cbr,~i-vation3 With th-i Y-7acicri Zm1th
r-~Jrz 1953 47
I., V. A. m-r-av. u.-A 1*-thod of llmcoair4
z,lth Nbo Jr-'T) Ob:;crc~loao 56
N N., nrd M. X. ratter. Mat of Str-ra on the rulkow
aFc-tcrlth Tubo (lZT) Pm,,ra:z 63
--azli2wkly, A. A., and Ye. P. FoCarov. On tLo Quoution of
LyauatlrL5
tzo Accuracy of Latitude Observations 75

AUTHOR: Vakhrnkh, j. M.
T I TLE t Theolw- ~OTHYPIrmjrfn,~,rs r) r i, 'I ~ a r; 3 Pa r.
(Teoriya giPvrPov--rkhr4o.,,1--y rvklidovn prostranstva)
PERTODICALt Nauchnyye doklady vysshey shkoly.
Fi7iko-matemntichoakiye nauki,
1958, Nr 3, pp, 14-17 (USSR)
ABSTRAM As a generalized Euclidean space It n the author denotOA
a real
affine n-dimencional space in which the scalar product of two
vector" is defined with the aid of a bilinAar funntion %f(xy)t
f(xy)jff xy(xy j yx), T(xx)> 0 for every x 0.
Lot F be a hypersurface in the 11 1 7 ~11 OU 1z z7
n Zu i
are linearly independent). Let g ij be the measuring tenser; p be
a unit vector perpendicular to all vectors of "lie tang(!nting
planel b,j - bj, be the second funiamental -on:nr of t*r,+i
hyper-
plane. In contradintin~,~tion to the iilinl F 43
not determined except of motioni ~y th(~ g, qulhor
int-roduenq still the magnit!Oos 7,P - %P4 hon
Card 1/2

Theory of Itypersurfaces of the aonoraliz-d
Euclidoan Spacp
Theoreat If botween the point3 of two hyp-rsiirfn-.-,z F,F"
7~f
H a one-to-one rt-lation can bo P.llatlizhrti ard thr ~ a 7,
tion can be carried out, to thoit, 'he
name values in the initial point-% and tho j-,, n
~Ln
all corresponding points, thcn F ani 74'
coincidence by a motion of tho It n'
The theorem given necc3sary lind ;1,iffici(n! coni;.~ion:-.
gijo b ij and ?, nre the meniuring 4..hs~ nnc-nrl
fnntrimt~ntal
tensor and covector of a surfacc in tho 11,
The third theorem containn thc~ vnmi~ stisA rt i on -,s t
1., or- T,
under changed assumptions.
There are 2 Soviet referon%,-q.
ASSOCIATIONtYaroslavokiy pedngogl~-heskiy institut imen,'
(Yaroslavl, Pedagogical Institute 1mcni K.DXL;hin~ikiy)
SUBIAITTEDi April 18, 1958
Card 212

Theor7 of byper-surfacee In generalixed Buclidean "ce with
one singular direction, Nauchodoklevyeashkoly; fise-mate
nauki no*3:3-6 159. (KIRL l3s6)
1e Smoleaskiy goeudaretvanqy podagogicheekly I uchitellekly
Institut imeni KarlA Marks&&
(surfaces)
114

AIDTHORt Bakhra SOV/140-58-6-2/27
TITLEt Some Questions of Geometry of the n-Limensional
Generalized
Euclidean Space (Nekotoryye vopro:~ geometrii n-mernogo obob-
shchennogo yovklidova prostranstv
PERIOLICAL: Izvestiya vysshikh uchebnykh 2avedeniy.Matematika,
1958, Nr 6,
PP 7-16 (usn)
ABSTRACTa A generalized n-dimensional Euclidean space H n is a
real oriented
affine n-dimensional space in which the scalar product xy of the
vectors );. and y is defined with the aid of a generally not
symmetric bilinear function %p(xy)t xy r-,f(xy), where%p(xx)> 0
for every x ~ 0. Generally xy j yx. The author proves the
existence of right-normalized bases which then are fundamental
for the further investigations. The function %fis decomposed into
a symmetric and a skew-symmetric part (tp.(xy) and %?_(xy)). By
the relation 17_(xy) - ? +(zAy) a skew-symmetric linear operator
is introduced which is essential for the further considerations.
Necessary and sufficient conditions for the isomorphism of two H
n
are given. Certain affine point transformations are denoted as
Card 1/2 motions in the Hn' The kind of possible motions depends
on the

Some questions- of Geometry of the n-LimensiQnal
SOV/140-58-6-2/27
Generalized Euclidean Space
structure of the operator A in the induced Euclidean space.
Finally the author formulates without proof some theorems
on the curves in the Hn-
There are 4 references, 3 of which are Soviet, and I German.
ASSOCIATIONtYaroalavokiy pedagogicheskiy institut imeni
K.D.Ushinakogo
(Yaroslavl' Pedagogical Institute imeni X.D.Ushinakiy)
SUBMITTEDt December 4. 1957
Card 212

-65923
jb"5 too S/140/60/000/003/002/011
C111/C222
AUTHOR: Bakhrakh, S.M. lb
TITLEt The Theory of Hypersurfaces of the Generalized Euclidean
Space and
Generalized Riemannian Spaces of First Class
1W
PERIODICALt Izvestiya vysshikh1uchebnykh zavedeniy. Matematika,
1960,
Nr-3, PP-54-61
TEXT: In (Ref.7,8) the author developed a general theory of
generalized
Euclidean spates 9n . In the present paper, at first the moot
essential
results of (Ref.7,8) are repeated and then it is shown that, for
certain
modifications of the arrangements, one obtains the same or
analogous resul tex
Then the generalized n.-dimensional Riemannian space Wn is
introduced as an
n-dimensional manifold, on which the field of a generally not
symmetrical
tensor g,, is given, where
(27) gij xixj;)".o
for every veolor xi different from zero.
Lot gil be th; symmetrical and g U be the skew-symmetrical part
of gij.
Card 0

85923
S/l4y6O/OOO/OO3/CO2/011
C111 C222
The Theory of Hypersurfaces of the Generalized Euclidean
Space and
Generalized Riemannian Spaces of First Class
Lot 5jkip be the: tensor of curvature.
Theorem IM In order that the generalized Riemannian space
with the tensor
gij is a generalized Euclidean space it in necessary and
sufficient that
(28) 9ijkp 0
(29) gijjk 9i
%Jlk " 0
In is of first class if In an Hn+1 there exists a
hypersurface the measure
tensor of which is identical with the tensor gi4 of Wn.
Then gi, in called
a tensor of first class.
Theorem M In order that a In with 9ijkp - 0 is of first
class it is
necessary and sufficient that gijlk " 0'
Theorem Vt In order that a In with 3ijkp a k(g g -g g ),
where k;*O, is
.U ~2 ik ju
a space of first class, it is necessary and sufficient that
Card 2/3

85923
S/140J60/000/003/002/011
C111/C222
The Theory of Hypersurfaces of the Generalized Euclidean Space and
Generalized Riemannian Spaces of First Class
(50) 9ijjk - n1l (91k6is111501 - gik9jelieg).
Theorems VI and VII give sufficient conditions that a tensor 91j ~
9ji is
of first claas.
The author mentiona A.P.Norden and thanks I.M,,Lopshits. There are
8 referencest 6 Soviet, 1 Imerican and 1 Swedish.
LAbstracter's notes (Ref.7) concerns a paper of the author in Izve
%a,,
vysahikh uohobnykh savedeniy. Matematika, 1958, Wo.6, pp.7-161
(R9;.8
a paper of the author in Nauchnyye doklady vyeehey ehkoly.
Miko-matemati-
cheakiye nauki, 1958, 5, pP.14-173
ASSOCIATION: Smolenskiy pedagogichaskiy institut imeni K.Markea
(emolensk
Pedagogical Institute imeni X.Marks)
SUBMITTEDi July 21, 1958
Card 3/3

BAKHRAKHj So Mel CAND PHY8-MATH S019
c'
Lizzo EuCLIDIAN SPACe. Moscow@ 1961o
m Ve Is LININ)o (KLq 2-619 198)o
is GEOMETRY OF QENCRA-
(Moscow STATE PED INST
-3-

BAKMMp S.M.
Theory of surfaces in generalized Euclidian
space. Uch. sap.
XbN gose pod. inst, no.34:7-16 16o, (MIRA 15:9)
(Surfaces)

BAKHRAKH, S.M.
Theory of the bypermurfaces of a generalized
Euclidean "ca.
Uch. zap. Smol. goo. ped. inat. No.lOtl6-22 162.
(MIRA 17sl)

BAKHRWI S.M. (Yoskva)
Conformal Euclidean generalized Riemann spaces.
lzv.vys,
ucheb,zav,; mat, no.6t23-26 165. (MULk 19t1)
1. Submitted June 4, 1964.

ACCESSION NR: AT4040507 S/0000/0/000/000/0031/0052
AU7110R.- Bakhrakh. V. P.; Roginsidy, B. Ya.
TITLE: Optimality criteria and approximation methods for spacing a
fleot along a short 1
coast
SOURCE- Konforentslya. po voprosam primeneniya matematild v
sotsialisticheakoy
ekonomike. lot, Leningrad, 1961. Matematiko-ekonomichesidys
problemy* (Problems in
mathematical economics); trudy* konferentsii. Itd-vo LeniW. univ.,
1963, 31-62
TOPIC TAGS: mathematical economics, economics, linear approximation,
optimization,
linear programming, linear function, approximation method,
approximation calculation,,
ship, transportation, water traffic, marine transport
ABSTRACT: Tbo continuous increr-so in the marine freight turnover
rate, the develop-
i ment of ports, and the Increase in the number of transport ships
have seriously complicated
the solution of many planning and dispatching problems and have made
necessary an exact
mathematical formulation of the problem. Hence, the use of
mathematics and elel:tronlc
computing machines in the planrdng of marine transport has become a
noc-assity. Finding
the boot transportation system and spacing the ships in a suitable
line occupies a central
place in the planning work of a marine flooL The problem of spacing
the ships can perhaps
Card 1/3

ACCESSION NR: AT4040607
only be solved on the basis of mathomatical methods of
optimization. 71o present paper
to devoted to several of those problems. An walysis of the use of
approximation. mothods
for arranging a fleet showed that the most expedient moans
suggested for practical use
are the method of maximal differences and the index method.
However, it is still necessary
to give a detailed development of all sides and all aspects of the
application of these
mothods. Iliere is no doubt that approximation methods are
applicable to the operation of
a marine transport fleet. However, tho use oi approximation methods
also causes serious
problems. the solution of which requires the help of the economist
and the mathematician.
First of all, the model of the arrangement of the fleet does not
take into account many
factors, including even some that are essential. Among these
factors are the initial ar-
rangement of the ships and the influence of complex kinds of
transport. 7bus, the basic
problem consists of improving the model of the fleet arrangement.
'Me authors conclude
that it will be necossary to pay attention to many practical
problems in addition to the
theoretical questions in the use of approximation methods. 7bose
methods do. however,
facilitato the solution of the defined problems and are important
factors for improving the
practical operation of a naval fleet. Orig. art. has; 16 formulas
and 9 tabloo,
ASSOCIATION- none
CoM 2/3

ACCES&ON NR-. AT4040507.-----
SUBMTTED: 310ot63 DATE ACQ: 12Jun64 ENCL: 00
1, SUB CODE: MA, GO NO REF SOV: 002 OTHER: 001
!Card

~-~~Ta~
Method for, the preparation of aystine, Isy,Irk.gosecauche-
leal.protivochun,inat. 18tl25-126 158. (NMA 13t?)
(CYSTI")

BAMUUMO Ya*L,
Significance of protein diets in frActuree (with summery
in Snplishl.'
VOP,Pite 17 no*6:16-21 F-D 158. (mrRA 12:2)
1. Is blokhimichookoy laboratorli (sav. Ta.L. BakhrAkh)
i otdolenlys
traventologit (sav. - dotti. U.N. Rodin) Saratovskogo
nauchno-leale-
d0vatellakogo institute traymatologit i ortopedii.
(FRACTUM . therapy,
high protein diets (Rue))
(PROTEMS, ther. use,
fraote, in high-protein diets (Rue))
(DMS, in var. die.
high-protein diet in fract. (Rue))

BAZIIMUYA, Z.V.; BAKHRM, Ya.L.
Influence of proteins in food on tho processes of
regeneration
in bone fritoturese Vop. pit. 20 no.6:33-37 N-D 161.
(MIRA 15:6)
1. Is Irkutskogo nauohno-isoledovatollskogo inatituta
travmata46gii i ortopodii.
(PRMSINS-PHYSIOLOMCAL EFFECT)
(FRACTURES)

I BAKHRAKH, Ye.E.1 YEGOROVAP- V.D.; DENISOVA, Ye.P.
Distribution of protein and polyearpharide in the cello of
the plague microbe grolwn at 28 - 370, Zhur. mikrobiol., opid.
i imun. 41 no.lOil35-139 164. (MIRA 180)
1. Vaesoyuznyy nauchno-lealedovateliskiy Institut ~Mikrob".

I BAMMMM, Ye. IL: KMOBIDTA, -Ye, 1. 1 MALILUTA, A.Y. - ---
Chesteal nature and serological proportion of the speolflo
PoIrsaacharlde-oontaluing fraotion of the plague vicrobs.
Isv.lrk.goo.nauoh.-teml.protivoohum.inst. 18t127-133 158.
(MMA 13M
(POLYSACCRaMN) (PASTEMnU PASTIS)

BAKHRAKU,, Ye.E.; YEGOROVA, V.D.1 F11,11POV, A.F.
Effect of the toomperature reglmpn on 'Ye chpml,~Ill (".
.,. "..,4
pInRUO microbe. Zhur. mikroblol., epid. I immun. 40 N
1"3,.
'. M I RA :i '.,: ,I
1. Iz VaesoyuzncNj,,o nauctai(--Itisledovate:ilakt,,go
in.Oltutli "W'xr-b'p

- -- BAUEAKHO- U.N.;- WDEDOTMAL~I.-Ke --
Isolation of the polywobarlde fmotion from the plague microbe.
Isy. Irk.goo.nauch.-lool.protivoobus. last. 18t135-138 158.
(MIRA 13M
(POLTUCC"IMS) (PASHUnLLA P2STIS)

KOROBKOVA, Ye.j.; PAVLOVA, L.P. LAOYJU"H.* XOOEO
Intradermal &Uorgic reaction as an indication of imminity to
plaguee
Zhurs mikrobiol.p epid. i immun. 32 no.9:37-42 S 161. OUR&
1592)
1. Iz Gosudarstvennogo nauchno-issledo-vatellskogo
protivochumnogo
instituta, mikrobi4ogii Y o-Vostoka SSSR (OMikrob").
(PLAGUE) 11MUN1TY)

BAKINMI1, PAVANKOV, A.B.;- MARTENS , L.A.; LAUr-FR,- VJI.; SOKOLOVAt
N.M.;
ODIfKIiOVAj Z.A.1 FlLIPPOVA, N.Ye.
Cultivation or tho plaguo microbe on modia of acid casein hydrolycate
domineralized using an.ion-exchange. rooin. Zhur.mikrobiol., opid. i
immun, 33 no.315I---55 Mr 162. (MI RA 15: 2)
1. 1z Goeudarstvonnogo nambno-issledovatol'skogo instit-a"
mikrobiologii i spidemiologii Yugo-Vostoka SSSR "Mikrob".
(PASTEURELIA FESTIS) (CASEIII) (IOTI UCHANGE R-SINS)

MA4=V. Z.H., professor; BAKHRAMI. M.
The fate of patients after appandicular abscess
with limited
peritonitis. VastAhir. 76 no.?tl34-135 Ag
'55.(KLRA 8:10)
1. Is kafedry obahch6.v khirdrgit (say.-prof.
Z.H.Hamedoy)
Iserbaydzhanskogo zeditsinskogo Instituta
(APP M ICITIS. compl.
abscess & peritonitis. Indic. for surg.)
(ABSCBSS
appendix with peritonitis, Indic. for surg.)
(PIRITIONITIS, stio. & pa$hbgan.
abscess of appendix, indic. for surg.)

MAMEDOV, Z.1-11., prof.; BAKHRAMI, assistent
Yunctional indices of the thyroid gland In the
immediate and
late postoperative periods. Azerb. md. ~hur.
no.6tl3-19 Je
162. (MIRA DO)
1. 1z kafedry obshchey khtrurgil (zav. -
chlen-korrespondent
AN AzSSR, zasluzhennyy deyatel I nauki prcC A.M.
Mamedov) Azer-
bnyzhanskogo gosudarstvetinogo moditsinskqgo
instituta imeni
N. Hari0anova (rektor - zusluz~ennyy deyttell
nauki, l1rof. B.
A, Eyvazov),

Materials from oxaminatiops and a study of thyroid gLuA
funotion
in fooi of endenia goiter (Nukhat K&Mip Zakatalyp wd Belom
'Aserb. mod. shur. uo*6137-a Je 160 (MIR& 141
(AZERUIJAN-GOITiR)

Bkydffm I P-- m P-me
Functiorml atate of the thyroid gland in the light of
late post-
operative results. Pric':L,endon. i gom. 6 no.605-80
160.
(MIRA 14:2)
(THVIOID GLAND-ZURGERY)

!4' ACA 4/t,
us_m/cultiva- ~C(I -mants-- 'Foader 11.
Abs Jour : Ref Zhur - Biol., No 4, 1958, 15692
Autlior : A,D. BnkJirawv
Tnat Of Growth Substances Coming from Petroleum
Title a E~Ffect ~
on Vatchling Develormcnt and Yields.
(Vliyaniye rostovocp vashchestva nertyanoGo proiekhozh-
deniya na razvitiyo i uro2liay chiny).
Orij; Pub : DokI~ M AzSSR, 1957, 13, Vo 3, 321-324.
Abstract : Experinents on the effect of GTowth substances
obtainc-I
from petroleum on the devolopmnt and yield of vetchlinr,
woro mda under ficiA test conditions at the Kukharchay-
skaya Zonal Experimental Station in 1956* The vatcliling
scods were soaked for 3 hours in 0-05% and 0-005% aqucou3
solutions of grcnfth substance) and the control in water.
The GTowth substance isolatc(I from petroleum had a favo-
rable effect on the clevelopmant and yield of vetchling
Card I'_/2

USSR/Cultivatc-d Plants Fodder. M.
Abs Jour Ref Zhur Bioio,, No 4, 1958, 15692
r,reen stuff. The shoc)tinC:, buddinG and flowerina of
the votchlinG treateA( with the 6Towth substance took
place earlier than in the control. The ve(;atativ6
period from sovin(; to flowerin- in the control lasted
43 days., on plots with seces treatoci with a 0.05% solu-
tion of the growth substance it was 36 days, und with the
0o005% solution 33 Oays. The ~Xeen stuff yield in the
control was 104.3 centners -.ier hectare and in the varia-
tions with Growth substanco 122.0 and 172.0 centuers
per hectare*
Card 2/2

DAYdiiiTOV, A.B., Cand Ak-,r Sci-(dica) Ilbspande"a of'
pauture prodmoti
J. ZIA;4, -4 NtA,c 1%,f
vity o f OMwjq"r harb:%coour, ,nd benn fodaor-crops -an
*hw ip p A a" of
t6we o1' utilipiation for Croon fuddor." Bakup Publinhinig
lJouva of tho
Aend Soi AzSSR, 111)118. 30 pp (Stnlinf-,rad Arr Irint of
the Min of Agr R,,;'FSR)
100 copion (yl,,30-58, 129)

BArHRAMOV, A.-D.
Iffoot of sowing time on food yields of annual
forage crops.
Trudy Inst. gen. I eel. AN Aserbe SSR 1:157-162 159.
(MIRA 13:3)
(Azerbaijan-Grassee) (Seed production)

- BArdfik-l0V,- A.B.
Effect of irrigation on growths developments mid yields of
forage
crops. Izv. AN Azerb. 33H. Ser, biol. i med.nauk no.5:(43-48
160.
KIM 1419)
(AZERBAIJAN-FORAGE PLANTS-11WQATION)

- BAKHRAM)V, A.B.
Effect of cultivation conditions on the biological and economic
characteristics of different varieties of vetoh. Izv.AN Aterb.
SSR.Ser.biol.i med.nauk no,3t2l-30 162. (KIRA 15:9)
(APSHERON PENINSUIA--VETCH--VARIETIES)

BAKMAMDV, A.B.
. ............... ..I.....,
Effect of cultivation conditions on the biological and
sconoxio characteristics of sorghum In the Apsheron Peninsula*
Trudy In6t.gen.1, seLAN Aserb.SSR W30-138 162. (KMA 1612)
(Apsheron Peninsuln-Zorghum)

BAKHRAMOV, A.B.; ABAZTAN, A.B.
Varietal charaoteriatics of fodder pumpkin. Izv. AN Aserb.
SM.
Ser. biol. i med,4auk no.3t29-3.1 163. (MIRA l6t6)
abfkkh Steppe-Pumpkin-Varieties)

BAKHRAMDV, A-M.; YAZDOVSKIY, V-I-
animals. llrobl.kosm.biol. ls289-298 162a
Hermetic cabin for (WA l5tl2.)
(ARTIFIC,kL SkTFLLIM) (SPAGE BIOLOGY-RMEARCH)

AUTHORS: Stapolubtsev, S.
:!,,ckn%ayu SSR,
U
Keitlin, L. I.,
22970
S1166J611000100210011006
B112/B217
V., Member of th Actidomy of - Sciencez
Ablyayev, Sh. A., Bakhramov, F.,
Yucova, F..*N.
TITLE: Study of moleculnr gonversions in a nctural t;aa, produc-1
by hi6h-frequqncy electric diuchur~.;cs
PERIODICAL: Izvestiya Akademii naiik UzSSR. Scriya fiziko-matema
tic1.--*---*!-.,
nauki no. 21 10,161., 3-11
TEXT: The.atudy of chemical oonvervions in to continue studies of
different radiation effoqto on methane. A high-frequency device of the
type ArE-36 (LGE-ZB) via& used for heating the dieleotrion. The
experi-
mental arrange.ment is schematically represented in Fig. 1: A is a aas
tank, B a rheometer, T a diacharl;e tube,P (L) a trap, P a reservoir,
1! a
mnnometer, H a bulb,-Wd'Dj-and..D2 are catarrhometers. The reaction
products vere analyzed ape ctroBeop'-cally. The IIKC-14 (1K5-14)
spectro-
graph uBdd has a measuring range of 600-10000 Om- 1. and prisms of
LiF,and
Card 1/5

22970
B/166/61/000/002/001/006
Study*of molecular converaions in a... B112/B217
KCl.- The gas contained. 98 f, methane. The amount of energy
absorbed on
pacange through the gaQ discharge tube uas determined from the
temperature
difference T2 -T, at the ends of the discharge tube.
E - 2.6 io'911 C (T -T
p 2 1
there M Is the mass of the Sast and Cp the opecific'heat at constant
.pressure. Fig, 2 shows the absorption spectrum of the gas. The
dashed
'line (1) refers to a cas not subjected to electric discharge,
vhilst line
(2) referg to* a gas subjected to electric discharge. The effect of
electric discharre on the ~:ps reculted in the formation of liquid
products
which turned out to be derivntivee of alkyl benzenes. The basic
products
-11-0 formed It's follo%is.:
(;H* + CH4 - CH: + CH3
CH: CHi + H2
CH* + e CH: - CH3 + H
4
CH*+ 014 - C2H++H,
Card 2/5 3 6

22970
S/166/61/d00/0O2/O0!/1%C6
Study of moleculnr conversions in a ... B112,!B217
.111++*-CH3+CHj
a
CH + CH - qH2
CH, + Mit -* Cji,
CH3 + CH3 - C2H4+ H3.
There are 3 figures and 26 references: 8 Soviet-bloc and 18
non-Soviet-
bloc.
ASSOCIATION: Fiziko-t~khnicheskiy institut AN UzSSR (Institute
of Physics
and Technology, Academy of Sciences Uzbekskaya SSR)
SUB11171LED: January 7,.1961
Card 3/5

SURODUBTSEVp S.V.j ABLYAY&Vp Sh.A.j-AARLR ~Wj ~F.;
ZIYATDINOV,, Sh.1
KHYTLIN, L.G.
Study of molecular transformations in a natural gas caused.
byelectrodeleas high-frequency discharges, Part 2,, Effect
of certain physical factors and impurities on electric
craeking, Izv. AN Us. SSR. Ser. fit.-mt. nauk 6 no.5%58-65
162a (MIRA 15:11)
1. Fiziko-tekhnicheakiy institut AN UzSSR.
(Cracking process)

AUTHOR$i Starodubtasyt S. Vot Ablyayevo Sh.
Ziyatdinovq Sh.# Keytlinj L. 0.
7-T
8/166j62/000/006/006/016,
Bioi/BW,
A. j BaMrsion-IIA
TITLEt Study of molecular conversions in natural gas under the
action of electrodeleas high-frequ4noy discharges. III.
Effect of the wattage of high-frequency discharges and
gas pressure in the discharge tube on eleotrocraoking
PERIODICALs Akademiya nauk Usbekskoy SSR, Isvostiya. Beriya fisiko
matematiohookikh naukq no. 6t 1962, 53 - 60
TEXT# To clarify the basic mechanism of electrooraokingt methane was
cracked at various wattages (20)- 180 w)p.prossures (20 - 60 ma Hg)j
and
contact times t (0,01 - 2. 4 8.0 1 total cracking and the yields of
ethavej-
sthylenst acetylene# propanol propylonsp butyleass, and hydrogen
was'-deter.
mined# Total dracking increased with wattages the rise was gradual.up
to,
-40 wo i a 0.65 sea# steep between 30 and 100 wo and then gradual
again,
The steep sootion,of the curve corresponds to the range where a chain
mochanism,operates. The threshold limit of.the wattage at which the
steep
rise sets in decreases with increasing v. The yields of ethane and
Card 1/3

3/166j62/000/006/006/016
Study of molecular conversions ... BIOI/Ble6
ethylene fall with increasing wattage for.-t a const& No G2H6 or
02H 4 is
formed at 140 - 150 w. The yield of acetylene Increases with the
wattage#
passes a maximum at a certain wattage depending on i, and then
falls
steadily. The maximum C H yield is i1% at 50 w and i a 0.8 sec,
and 22.5~
2 2
at 100 w and i - 0.3 sec. Diacetylene forms 'at low wattages.
More and
more liquids are formed with increasing wattage, and diacetylene
disappears
due to formation of cyclohydrocarbons. For propane andpropyleneg
there is
also a maximum at ;^.- w and -r a C-4 sea which vanishes at high
wattages, .
probably being shifted toward very short i. The yiel d maxima for
C 3Ha and
C386 lie in the range where intense decomposition of C 2H6 and
C2H4 begins.
Butylenes-form only at low wattages, they are no longer
detectable at 140 w#
The hydrogen yield, however, risee continuously with w and v. The
specific.
energy oonaumption for a tubr. 2.5 u% in diameter and for -t -
0-3 sea was
,70 w-hr per mole of cracked CH 4, and 260 w-hr per mole.of
resulting CA'
The corresponding v7alues for a diameter of 9o1 am and i w 0*3
sea w re 65
and 260 wahre Increasing pressure has the same affect as
inoreasiz wattage
on the cracking and the yield of decomposition products,
Experiments with
tubes of different diameters d 4owed that total cracking do
p-pnde linearly
',.....Card 2/3

3/166/62/000/006/006/016.11
Study of molecular conversions ... B101/B186
on the surfaoe/volume ratio. Total cracking in two tubes of
different d.
2 2
in proportional to d2/d itwhich may be explained by the
termination on them
wallp of the tubes. Furthermorep the yield of the individual
products
depends on d, and this r*4uires further Investigation. Thor* are
7 fig-,
ures and I table.
AS SOCIATIONs Fisiko-tokhnioheakiy institut-AN UsSSR
(Physicotoohnictl
Institute AS UzSSR)
SUBMITTEDs July 13P 1962

STARODUBTUVO S.V,; ABLYATEVp Sh,A.) BAKHRAMOV, P.1
ZIYATDINOV~ Sh.1
XKYTLINP L.O. ---------
MlecUar transformiations in a natural gas produced by
elootrodeless high-frequency dischargea. Isv. AN Us.
SSR. $or.
fis.-iiat. nauk 6 no,603-60 162, (MMA 16%2)
1. Fisiko-takhatohoskiy institut institut AN UsSSR.
(Electric discharges throu h gases)
(cracking prooesal

STARODUTSUp S.V.1 ABLTArlr, 91I.A.1 BAKHRAMO.V Ir.1 KETT INV
YUSOVAP RON*
Study of the electroaretking of natumi gas by the method of
vibrational spectra. Zav; Ub. 29 no.6:707-708(M#63.
IRA 16W
L Pisiko-teMniobaskiy inetitut AN UsbSSR.
Clasp Natural-AbBorption'spectra)
t-aaking process)

--SADYKOVP--S*-S#; UMRAMV-;-K-*D*-- --- -- - -- --- -
Hov, growing conditions of parent plants affect the
inheritance
of morphological and economic signs in cotton, Agrobiologiia
no.4:505-509 JI-Ag 161. (MIRA 1417)
L Institut genetiki L fiziologil rasteniy AN Uzbekskoy SSRt
TaO.kent.
(Cotton brooding)

BAKERAMOV, Kul-daah; RAKWANOVA, It., red.
[Sun and the cotton plant] Solntse i khlopchatnik. Tashkent,
Uzbekistan, 1964. 18 p, (MIRA 1813)

~~-Rhm-jiov, N.R.
How the Azerbaijan party organization hue curried
out the
directives of the 20th Congress of tho CPSU relating
to the
petroleum Industry. Trudy AzINUTEXHIM no.2ltl24-140
149.
%HERA 13:8)
(Azerbaijan--Petrolatum industry)

s/665/62/001/000/016/033
E028/E185
AUTHORS: Bakhranove A.M*v and yazdovgkiy, V.I.
TITLE: A scaled Capsule for housing animals
SOURCE: Problemy kosmiche3koy biologii. v.l. Ed. by
N.M. Sisakyan. Moscow, Izd-vo AN SSSR, 1962. 289-298
TEXT: A sealed cabin for housing animals during space
flights is illustrated and described. It consists of a cylindrical
capsule 64 cm in diameter and 80 c'm long, made of 2 mm aluminium
sheet and provided with a detachable lid containing a plastic
inspection port 16 cm in diameter. The capsule resisted excess
internal and external pressures up to 1.5 atm without structural
damage or leaking, and also temperatures ranging from -40 to +50
C.
The capaul* is equipped internally with air conditioners and
regenerators, automatic feeding and other apparatus, which are
supported upon a metal frame. it was possible to maintain animals
in a normal stato of activity in the capsule for 20 days.
There aro 6 figures.
Card 1/1

BAMPPPYI, Shl- ~
Speciali"tion of yards for the receiving of processed
care
in section stations vith a longitudinal arrangement, TnAy
TASHIIT no,.1809.40 16L (HIRA 1833)

V.
I
Toward Uio rip;tcrioua ",,joho." pauka 1, zjjjr-.zji 28 no. 2:22-25
F 161, 14:--)
(""arth-Intornal structiro)

BAKHRFVSKIY, V.
- I
Gitnlovites. On. nat. no.&13-15 Ag 162. (MIRA 1519)
(Kamysht,vatka-Agriculture-Study and teaching)

oontralling- thc~ flov *f prtroil"ir !--nd lurpy
with the use.of it radtolootope. tracers Nvmli. tr-ily ler"INI"E,
nc.~1-67-72 16). (Y."Rt- 19t))

t-r
till
I I I I
g . I I k
al. 1. - '
lot-,
Ilk
, ! - r I I 'y
vul ok AS
31 a
jj go
fall:
3 01 elillia-,
g1lifln.; 6 z ; fu
rR
lit
jj
Ic
3 jig 1
41 j 1. 0 of
V1
134
-oh
fir
lit
V-7- 71

--~R/O---/65/006/00~/02~-i/623--
ACC NRi AP50'27043 SOURCE CODE: 120 3
AUTHOR; Bakhromis E S.; ftechkin, Xu, D.; ZaY "u1noy. Kb-; Karlmoyt H.
ORG; InatituIS-oryuclear J!hysics. AN UzSSj Tashkent (Institut
yadernoy fix"d AN Us R)
TIT LE: A simple circuit for the final stage of a high voltage pulse
genersigL
T
SOURCE: Pribory i tekhnika eksperimenta, no. 6, 1965, 233
TOPIC TAGS: pulse generator* trigger circuit, thyratron, -circuit-
dtaign
ABSTRACT: Earlier papers described high voltage pulsed generator
schemes which contained
a separate delayed trigger channel for the cutoff thyratron and a
high voltage divider diode in
the grid circuit of the basic thyratron. The present authors give a
modified scheme for the
final stage of such a generator in which the diode in the AI
thyratron grid circuit is replaced
by an R. (PE-76) 500-ohm resistor. Following a brief description of
its operation, the authors
note that the circuit has two shortcomings: 1) a change of the power
supply voltage alters the,
duration of the pulse; and 2) the same happens if the output of the
generator is connected to a
load which significantly reduces the discharge time constant of tha
capacitor. Otherwise, the
device can supply pulses 0. 2-10 peso long with amplitudes up to
16ky. Orig. art. has:
I figure.
UDC; 6210373,433

L dW-,M - -
WC NRi AP5027043
119. 1
circuit diagram of the final
tage of a high Voltage
doe pnerator
LITGII-325/16
L2TGII-325/16
SUBCODE: EC/SUBMDATE: OOJul64/ORIGREP. 002
jrn
2/2

m,,Ir.I=v, K,
Effect of tile cmditions oC environmunt on the
nature of
iphoritanco of properties and characters in co
tm hybride.
Uzb. biol. zhur. 9 no. 6t6l-66 165 19rl)
1, Ihstitut ekaperimantaltnoy b1oloCII rasteniy
k.' UzSSR.

'Ar ,)lf

fs

COS

Ai

BAKHRUSHIN., A,Hs
Motion of a horizontal pendulum. Dokl, AN Tadzh. SSR 6 no.4s
20-22 163, (MIRA 17W
1. Institut, seysmostoykogo stroit^llstva I sey8mologii AN
Tadzhikskoy SSR. Predstavleno =21*-korrespondentom AN
TndahikskoX SSR O.V.Dobrov4'skTIVwPI