SCIENTIFIC ABSTRACT BOGUSLAVEKIY, L. I. - BOGUSLAVSKIY, P. Y.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206010016-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

8/076/60/034/009/036/041XX
B020/BO56
AUTHORS: 112g2slavs 1. and Damaskin, B. B.
TITLE: Determination of the Zero Charge Points on Thallium
Amalgam
by Measuring the Differential Capacity
PERIODICAL: Zhurnal fizicheskoy khimii, 1960, Vol. 34, No. 9,
pp. 2099-2109
TEXT: The authors applied the method of measuring the
differential
capacity for determining the zero charge point on a thallium.
amalgam
electrode. The zero charge potentials on thallium. amalgam
were measured
by A. N. Frumkin and A. V. Gorodetskaya, (Ref. 8) by means of
the elec-
trocapillary curvest by A. N. Frumkin and F. Dzh. Servis
(Ref. 9) by
the method of the zero solutions, and by A. V. Gorodetskaya
and B. W.
Kabanov (Ref. 10) by means of the method of contact angles.
The results
obtained by all three methods gave good agreement, and were
used in
the present paper for controlling the differential capacity
method
with respect to amalgam electrodes. For the purpose of
measuring the
capacity of theamalgam drop electrode, the diagram of the
impedance
Card 1/4

Determination of the Zero Charge Points on_
S/076/60/034/009/036/041XX
Thalliuui Amalgam by Measuring the Differen B020/BO56
tial Capacity
bridge, whose principle has been described by D. C. Grahame
(Ref. 11)
and V. I. Melik-Gaykazyan (Ref. 12) vas used with some
modifications
introduced by one of the authors (Ref. 14). A characteristic
feature
of differential capacity measurement on the dropping electrode
is the
change in the double layer and the resistivity of the solution
with
the growth of the drop. The areas of the drop at the instant
when the
bridge equilibrium is established may be calculated from the
equation
a - km 2/3T2/3 (1). m is the mass of the amalgam, which flows
from the
capillary within the time unit; T is the time from the instant
of drop-
ping to the establishment of the bridge equilibrium. The
coefficient
- ~7
k = ~ 36it/Q , where Q denotes the density of the amalgam. For
determin-
ing the time r, an electric clock was used. Switching-in and
switching-
off the clock was performed automatically by means of a relay,
whose
diagram is given in Fig.l. A dropping electrode made from
thallium
amalgam was studied. A platinum sphere served as an auxiliary
electrode,
whereas a normal calomel electrode was used for reference. The
capacity
curves of 40% thallium amalgam in 0.9, 0.11 0.01t and 0.002 N
HaP-solutione
Card 2/4

Determination of the Zero Charge Points on_
S/076/60/034/009/036/041XX
Thallium Amalgam by Measuring the Differen B020056
tial Capacity
were measured at a frequency of 400 cps. The data obtained
are given in
Fig. 2. Fig- 3 shows the capacity curves of 40% thallium
amalgamf
measured in 0.1 and 0.01 N KC1-solutions at frequencies of
400 and
10,000 cps. The dependence of the position of the zero charge
point
on the concentration of the thallium amalgam was studied
by.measuring
the capacity curves of thallium amalgams diluted to 0.01~,
and the
results are given in 0.01 NaF-solution in Fig. 4. Also the
dependence
of the capacity of the double layer of the thallium amalgam
on the
frequency of the alternating current was measured, and it was
found
that in the case of diluted amalgam at frequencies of 400 to
10,000 OPS
no dispersion of the capacity with the frequency occurs, with
the
exception of the most positive range of the potentials where
the dis-
persion is interrelated with the pseudocapacity (Fig-5~. Fig.
6 shows
the capacity curves of 40% thallium amalgam in 0.1 N NaF
solution at
50, 400, and 10,000 cps. In Pig' 7, the calculated and
experimentally
found differential capacity curves of 40% thallium amalgam in
0.002 N, 0.01 N, and 0.1 N NaP-aolutiona are given for 400
cps. Academi-
cian A. N. Frumkin and B. S. Sekovanov are finally thanked.
There
Card 3/4

Determination of the Zero Charge Points on
S/076/60/034/009/036/041XX
Thallium Amalgam by Measuring the Differen- B020/BO56
tial Capacity
are 7 figures and 20 references: 11 Soviet, 6 USt 1 British,
and 2
German.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet im. M. V.
Lomonosova
(Moscow State University imeni M. V. Lomon6sov)
SUBMITTED: January 12, 1959
Card 4/4

S/653 61/POO/000/031/051
and Xekhay, S. IMI.
TITLE: The use oZ caprone-lined bearinCG.in prosses
xoyeni
SOURCB: Plaotinazcy v mas'.ninos~roy,:nii i, priborost
Pcrvaya rt-sp.- n.-.uch.-'%,,ckh. .1confer. po vopr, pr=.
U ars v :i-as', inostr. i .)-iboroc~r., Zi-;v, 1959.
Gosta',-,h'iz,d1i'1j, 1961, 54'19-355-
TEXT: The Dnepropot-rovskiy zavod sradnikh Cidravlicheskikh i
tyazlielykh xekhanic1,,es!.cj.1,:'h prossov (Dqa'ro-oetrovsk _plaat
of mediii-a
hydraulic and 'huaxy mec:-1w,ica1 presses) has- in7~e:;tiLr.'k-,ed
the re,' ilace-
ment o-f bi;metals by caprona in bushin-s. The olearance bat-ilem
t1he
plunger and the sleeve mvst be increaza-d to allov, -Cor the hiZh
coof"fi-
ciont of oxpannioA of capmne. This weakens the dimensional stmidards
and limits t! TI-Lerofore a meti,od, was develo.,)ed
ha range of tht Wess
Card 1/2.

3/653/61/000/000/031/051
1042/1242
The use of carxone-lin.ed bcp_r.4r,,rI-s ....
for thc cons-'%-, ruct ion of steel "Mshin,r-s wit-h- a 0.2-0.5
imier Iny'er
Of Caprone.. Th~! la~uter is deposit eid as a powder in the
externally
-heated bushing. Wear was :~ieasured by weiahing"t-he bushing
Periodi-
cdlly on an analyt,ica-L balance with mi accuracy of 10-.4G. The.
opti-
mal: thickness of the mDrone laLrrer is 0.5 nm. The wear
resistance
of caDj~one-iillcd samples L,
co6siderably hi.Ther than that of cast iron.
There are 7 figures ana 1 table.

zu362

S1020161113010051
_022/032
1 141
11C4 tw

o .
>.
B1O-11B(ZO6
'
AUTHORS i
Berlinp A. A*q Boguslavskiz, Lo T.t Burahteyn, R
Kh.'q

'Matvayeva, G., Sherle, A.-Ispand Shurmovska~&, Na A*

'
'

TITLEt
of
Some elootrophysical properties of polymer complexes

te'traethylene
cyanide with,metals

PERIODICAL:
-Doklady Akademii nauk SSSR,.,~. 136,
no- 5, 1961, 1127-1129

TEXTs The

lene
authors deal with the chelate compounds between tetraethy

cyanide and
metals. The infusibility and insolubility of theie com'-

pounds led
to
the proposal that coatings and plastics be manufactu:Fed from
'

them (Ref,
3). The electrophysica
l properties of polymeric chelate films
i
chemically
bonded'to me-tale,
which were obtained by treatment:lof c8ppery.

irony and nickel sheets
with tetraethylene-eyanide vapor, w6r* studied in

this paper.
The
degreased andp in some casesp also eleciropo~lisheA 8r
J
etched metal
foils were exposed to tetraeth7lene-eyanide-vapch? at

L
-5
0 mm Hg

and 150 to 4000G* A film firmly et'icking to the m6tal developed,
1
F~ 7 ~ .
1.
the thickness of.which was calculated from the specific gravity of
the

Card' 116

. . . ......... 20361
B1020161113610051W1032
Some electrophysical properties BVOI
-1B206
cm
polymer and from the weight of the, film ~as being 5-10- 3
(Owing to the poor combustibility of,the obelate film, miaroahalysis
pro
duced too low carbon values). The infrared spectra pf the a" or
complex,
OPP
taken VY Yu. Sh. Moshkovskiy and N. D. Kostrova, showed the domplete
ab-
sence of maxima in the range 800 - 2300 cm-1. A "parquet" structure
of the
polymer according to the structural formula
C_
14,
-A
4
A
A
d.

20361
3/920/61/136/005/022/032
Some eleotrophysical properties B101/B206
is concluded theretTomo The electrophysical.properties
of.theL films-were
chocked by means of alternating current of 20.0 ops - 0,2
Mn/sea, The .
metal covered by the film was immersed in mercury so that
the' filmformed
the dielectric of a capacitor, the plates of which
consisted of the metal
and of mercuryl, Measurements were made at 1o-5 mm Hg
because the presence
of air influeneed the results. This effect needs further
research. The
specific conductivity f, the film capacitance and its
temperature
dependenoe~-duration of beatings, and the method of
metal-surface treatment
were determinedo The following data are given for films of
iron obtained
after 3 hx heating at 2500C in tatraethylene-eyanide vapors
film thickness
3.10-6 am; - 3*'0-9 ohm-1. cm-1; effective dielectric
constant E (at
3000 ops) 7. After further 3 hr of heatingy Wincreased to
3-10-8 ohm-1,cm-ri, and j~ to 36. Increase of temperature
from 250 to 45000,
and heating for 10 hr produced the following valuess
6' - 5-10-8 - 5-19-6 (-,hm- 1, cm-1, ~ = 70. The sign of
the emf indicates that
the film possesses p.:type conductivity. log 11' - f(lC3/T)
is represented
in Fig. 2. Measurements between -40 and +2200C yielded two
linear sections.
Card 3/6

20361
8/02 61/136/005/022/032
Some electrophysi.cal properties BIOI~B~06
The first lies between -40 and +30OG and corresponds to,
an activation
energy of from 0,07 to 0.12 svp while the second (30 to
25000) corresponas
to an activation energy of from 0.21 to 0.28 ev. The
function represented
is similar t'0 that obtained for semiconductors with
impurity conductivity#
R and ~,. as functions of the logarithm of the frequency
IJ between 400 Ope
and 0.2 Mo/see were also measured. Results are shown in
Fig- 3, It is
noted that R and the film capacitance decrease with
increasing voltage
when a constant voltage is applied. When a direct current
is conducted
through an alcoholic solution of copper sulfatep metallic
copper firmly ad-
hering to the film is deposited on the polymer film formed
on iron. The
high 8 values indicate that the polarization of conductive
macromolecules
could be in question. The authors are preparing a study on
the complex
dielectric constant at higher frequencies. There are 4
figures and
3 Soviet-bloc references*
ASSOCIATIONs Inetitut khImicheskoy fiziki Akademii nauk
SSSR (Institute of
Chemical Physics, Academy of Sciences USSR). Institut
elektrokhimii Akademii nauk SSSR (Institute of Electro-
chemistryp Academy of Sciences USSR)
Card 4/ 6

203661

B1020
16111361005lp2ilO
32

Some eleotrophysical properties ...

B 10 1/3,:Z06

-80

,

zM
-
60

-

-4J

Ou

40

zo
-

to

j
I

.

Pigs 2
Fig. 3

Card

34482
S/02 62/142/004/019/022
B101%110
AUTHORSs Frumkin, A. N. , Academician, DuARIjayaki X, L, T, ,
and
Serebrennikov, V. S.
TITLE: Electrodio behavior of thermally treated
polyacrylonitrile
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 142,,no..4,
1962, 878 - 880
TEXTs The electrodic properties of thermally treated
polyacrylonitrile
(PAN) strands consisting of some hundred 2 - 31J.-thick
filaments were ccm-
pared with those of carbon obtained by carbonization of
viscose,, The
potential as a function of log I was measured. An Hg2C'2
electrode was
used as reference electrode in alkaline solution, a normal
sulfate elec- V/
trode in acid solution. Resultst in I N H SO and H
atmosphere. the
2 4 2
activity of PAN was much lower than that of carbon. In air.
the activity
of PAN in I N H2so 4 and I N NaOH was the same as that of
carbon. All
processes took an unsteady course on the polymer: potential
and pplariza-
tion increased at constant current. This nonstationary state
could not
be eliminated even by means of a rotary electrode. It is
explained by
Card 1/3

S/020/62/142/004/0110/022
Electrodic behavior of thermally ... B101/B110
oxygen impoverishment of the solution tn the micropores. It
is assumed that the
oxygen bound at first in the form of unstable peroxides is
graoually bound
irreversibly and more strongly. In oxygen atmosphere in 1 N
NaOH,,
potentials of +280 to +285 v were observedl which were only
25 - 30 mv
lower than the reversible potential of H 0 formation. A
continuously
changing activation energy AE of the coniuctivity was
observed on
filaments. It resulted therefrom that the potential in I N
NaOF. in the
presence of air depended on,&E. In spite of a strong spread
of Meesured
values, a minimum (0-04 v) was observed fordErJO-32 v and a
maximum
(0-14 v) forAE"0-44 v. This difference of about 100 mv
corresponds to
a change of the reaction rate by three orders of magnitude,
The maximum
catalytic activity may be connected with the specificity of
or.ganic
catalysts in biosynthesis. AE was determined at the Institut
poluprov~d-
nikov AN SSSR (Institute of Semiconductors of the AS USSR) in
the
laboratory of L. S. Stillbans, from the dependence of
conductivit,, on '/T.
Papers by A. V. Topchiyev, M. A. Geyderikh et al. (DAN, 128j
312 (199P))
and 0. V. Krylov, S. Z. Roginskiy (DAN, 118, 523 (1958)) -are
mentioned,
There are 4 figures and 5 referencess 4 Soviet and 1
non-Soviet, The
reference to the English-language publication reads as
follows;
J. 01M. Bockris, A. K. Shamshul Huq, Proc. Roy. Soo,., A237,
27j' [~-956~~
Card 2/3

8102 62/142/004/019/022
Eleotrodic behavior of thermally ... B101%110
ASSOCIATIONt Institut elektrokhimii Akademii nauk SSSR
(Institute of
Electrochemistry of -the Academy of Sciences USSR). Institu-t
neftekhimicheskogo sinteza kkademii nauk SSSR (Institute of
Petrochemical Synthesis of the Academy of Sciences USSR)
SUBMITTEDs October 31, 1961
Card 3/3

BDGUSLAVSKIY, L.I.1 STILIBANS, L.S.
Conductance of film of a polymeric ecmplex
of.tetraayanoothylene
with metals. Dokl. AN MR 147 no,5tIlU-13.17 V 162s
(K= 16t2)
1. Institut elektrokhimil. AN SSSR i Institut
polyprovodnikov
AN SSSR. Predetavleno akademikom A.V. Frumkinym,
(Organometallic compounds-Eleotric properties)
(Mylene compounds)

/M ( t AMEM f
-rwylm~l I-JP ~C
ACCESSION NR; AP4047206 S/0190/6401).4~
AUTHORs Boguslavskll..,11, 1,; St'Allbons, L. S.
,TITLE: Study of the conductivity of polla~- ~f"Fq- at high
frequercieA,
:SOURCEs Vy*svkomo1sku1yarny*ya aoysdinoniya, v. 6, no. 10~ 1964~
;1802-1805
~TOPIC TAGSi qroLnic semitnnductoT semicondDeting polymer,
polytetrs-
,cyanoethylene, poly(silver tetracyanoethylone), frequency,
electrical
IABSTRACT: A study, has been made of ele trical conduction in the
Polymeric cqmplex:~af silver, and ini'metal-f-rve
!!~ with
polytetracyanocth~lene. Thin film (6, 7, 10- 5 and 5' -- 10-"
Qr" ze-
spectively) spocii~ana werd prepared at 300 and 500C by n
technique
deacribed in the original article. Measurements of a-c
cond-uctiviz~y
were performed at freque3ciea in the range 0.5-200 mcpq.
Menq'.1-0-
L L 1v 1 h
-nents of the temperature dependence of resintivity were
conducted t
d-c current at 20-300C. it was bound thnt thz reslsztltvit%~ aad
---z-
.tivation eneray fof conduction o 0the complax dacrea~e with
riqlno,
~~ard 1/2

L 10878-65
CCESSION M A?4047206
f
requencyo Rem-istance vo frequency curves, which show e frequency-
'independent section, wern analyzed, and activation ene-Rieq for con-
duction determined for d-c and high-frequency &-c current.; ro-
pared, It was concluded that d-c measurements alone cannot, give -a
complete picture of the conduction mechanism. Apparently tnig n3c'
n 1 5 -,-z s
anism to the sum total o: the contributions of two recha
carrier transfer from ono continuous-conjugation reginn rri nrj~ti..-
and 2 ) conducc ion within the confines of these reg. ons wn t Ch
is characterized for the complex and tho me tal-f ree. nat c z I.a I
oy an
activation energy close %.o zero. Tb e r a f o r e , I n t he a tu d
v c. f c o n do c -
tion processes in orSanit- polymers, barriers betwoen macra-5 incu
xvi
must be taken into account. Orig. art. has 1 2 f i gu ra g.9n d r-
Mula.
ASSOCtATIONt I nt tut e 1 ek t rokh tint i AN S SS F ( I n
'k,", S 5 R
3 AT' PRESS1
SUB CODE j 0C v4 NO RE? SOV, 00 3
Card 2/2

iACCESSION HR: AP4039616
1AUTHOR: IBoguslavskiyj Le
A* A. (M0-'9_C_0w`Y----_
9/0076/64/038/005/1118/1125
1. (Moscow); Sherleo A, I* (Moscow); Berlini P-
TITLE: St dy of the electrophysical properties of films of
polymeric
complexes of'metal tetracyanoe.thylene
SOURCE: Zhurnal fizicheskoy khimii, v. 38, no. 5, 1964, 1118-1125
TOPIC TAGS: tetracyanoethylene, metal tetracyanoethylene, tetra-
cyanoethylene polymer, organic semiconductorg semiconducting
polymer
ABSTRACTt A study has been made of the electrical properties of
films of chelate polymers of tetracyanoothylene with various
metal
Films 10-4-10-5 m thick were prepared by treating strips of Cu,
M.
Fe, Ni, AS, Pt, Al, or glass with tetracyanoethylene vapors at
150-450C- and 10-4-10-5 mm US. Electrical measurements were
carried-
out in the frequency range 20 cycles/see-200 keyeles/see with
simul-
taneous applLcation of d-c voltage. Electrical resistivity and
its
temperature dependence, activation energy-for conduction, and
dielec-
tric coiistant vere determined* From changes in these paramotare
Card 1/2

ACCESSION N R: AP4039616
processes taking place in the formation and heat treatment of the
films were observed. The dependence of resistivity and dielectric
constant of the films on frequency' and d-c voltage are interpreted
in terms of the heterogeneous structure model. It is assumed that
resistivity and activation energy are essentially due to activation
jumps over barriers between macromolecules. The work was darrLed
out at the Institute of Electrochemistry and the Institute of Chemi-11
cal Physics of the Academy of Sciences USSR. Orig. art. has: 8 fig-
ures, 1 table, and I formula.
ASSOCIATION: Institut elektrokhimii Akademii nauk SSSR (Institute of
Zlectro-V1,;
Ichemistry, AcadeP7 of Soi6noes, WSR)j Inatitut khimicheakoy fiziki
Akademil, nauk.-''.1
SSSR (Institute of Chemicalphysics, Acadomy~of.Scienoee, WSR)
ISUBHITTEDt 18Har63 DATE ACQa 19Jun64 fENCL: 00
SUB CODE: NO REP SOVI 006 OTHERs 002
Card 2/2

-?Ir AN -t)/X4 L -/Pi OILM
t-P))A#7tC)A- ~L F--WPI, ~IP b1 -~ -4 W/JD/
J54Q= 2 _ F4~
IACCESSIO14 HR: AP5016828 UP,/0364/65/001/006/0713/0715
iAU7HOR: Boguslavskiys L. I.; Rozenshteyn, L. D.
ptical and electrical__pr%operties' of films of -po"
TITLET: ComDarison of the o
complexes'(11) of tetracyanethylene (TCE) with
1 .1\ (I
ISOUPCE: ElektrokhIndya, v. 1, no. 6, 713-715
fTOPIC TAGS: polymer, tetracyanethylene-Ni ccmplex, tetracyaneth.vlene-Cu
cc--Dlex,
I
ifilm, electrical conductivity, absorption spectrum
Ilelectrical conductivi of filmis of poly-
IABSITACT: The role ~f TCE molecules im
-neric corplexes of TCE with Cu and Ni was studied qualitatively by
comparing the
changes in electron ab~sorptic-n spectra and in the energy of activation of
elect-rical
-conductivity as a function of' thermal treatment. The fiIns were-
prepa7--d by react-
ing vapors of TCE with metal powders supported on quart7 at 2~~110r- t---
10 hours~
Svectra were taken with a CE-4 spectrophotometer. The t~-ermnally
untr~zated 7'r
!polymeerlc complex is made up of larger --olecules than the TCE-Ni
conip-tex. After
2-hour themal treatment of 1190oC Under 10-5 um Hg the absorption spectra
of both

IV
L 50' '54 55
),'R,* AP5016828
Pu_ and Ni- complexes flattened which in-ficates an increase in the
nw-ber or large
7molecules. The mom flattening of the absomtion spectra after thermal
treatrmnt,
ithe more steep the absorption curve of the untreated complex. For
the thertial1y uq-
~treated ccndit'on, the absorptiori curve of TCE-Ni complex is
steeper thar the Sh-
wrption curve of the TCE-Cu ccmplex. There is a relationship hetween
ther-wal depen-
dence c-f t')e absorption Spectra of TCE-metal conplexes and of the
energy of activa-
tion o~ ~7-.Iectrical conductivity (E). For TCE-Cu cociplex C
(equal', to 0.32 ev) does
n'), cha~4t~ due to thermal treatment. For TCEE-Ni complex E
6-opped., from. C.U.6 t,--
ev as a ~-_suit of thermal- tr-,atment. Orig. art. has: 2 figures.
ASS~XIATI-DN: Institut electnAhimil Aka-demil n-juR SSSR (Insti*u-e o~
a P7-,;v --f Sciences,SSSR); Tnstitut A,
Acadel-ly of Sciences) SSSF.)
SLJBMIT-I_~': 09-reb65 ENCL: 00 sz.,JT, CO-", 0.
PE"' S~)V 0014 OMR- 000

6~65. "EPA TG) 'VIG(M .11(j)/VEINA(c) Pc -/Pr
b
4
54
t---P-s:T/Pt-lO RP1, MM,/'ffv7/RM-
AccEssion ot Ap5oc)436-; S/O(Y76/65/039/001./02fj--,,/026";
AUTHOR: BqoRpj2vskiyL L., I.
F
V TITLE t E ctrod , ~actiori of tbe. te~r*cYzknoqthy2,e ne~
oom;r)1e1X f il=- in an
oxidizing-reducing system
SOURCE: Miurnal fizicheskoy khhdi, v. 39, no. 1, 1965, 263-2264,
TOPIC TAGS: organic coating, polymeric semiconductor, anodo,
Poly',.et-T-ncynno-
ethylene, oxidizing agent, reducing agent, ont-alytic activ-ity,
ni= // Kaktus amplif ier
ABSTRACT. Experiments were performed to avcerj,,~in to what extent
th-9 catalytic
action of some organio polymer Bemiconduotvrsl-:~arallels the action
of piatin=.
The oxidizing-reTu-C=9 I-51;6htia-1 of an orga-nTc polyner
at various concentratiorm of an oxidizing and red,,ic.'Ing
-f '~,Ilaps or quarts plates coatoA- wiI.I
01'ation of fo-,-ro-ferricyaniip.
a direct w=rert ampllfJer "Kah-tus." Line " in Fig.
the e1cctroda potential Ln reepoot to UM relation
reducing ~qent, Line I indinatea tho pot-ential on
d

7 7
-L 40546-6,9
ACOWSIO14 ITU AP5004364
noted that the noa-rly reveroible potentis], vms --st-ntillishiw!
the rlectrodo wrider ivvs--UC~stion, whe as tho oxvin-
fownd !Y-f N. ul. Rardina and P. D. Lukovt,;~-v
loaa 1, an hour, - art, .'olzl
Dr "g.
I T
Icadc -a nnuk SSSR,
A, miy lnstltu~
of Sciances
g~m new mwa~~

43
EPA T- -qFN?W /:-;PF(0/EPR[7-.9P(J) /T/z--,-;?(t) /ZVP %I b)
E-kA('e) Pe-4/Pr-4.,Ps-!-/?t-7
RPL JDh;W1JW1RM
ACCESSION NR: A-P5008913 S/007616VO391003 10'7 !j o'o
AUTHOR: Boguslavskiy L. I.
TITLE: r-o-rrelation between the change in the contact potential
and the el ec-tricnl
properties of film.-q ~f a polMeLcomplex of tetraciapoethylene on
metals
SOURCE: Zhurnal fizicheskoy khimii, v. 39, no. 3, 1965, %S-'49
TOPIC TAGS: polymer film, tetracyanoethylene polymer, polymer film
conductivity,
cortact potential, activatLon energy, copper polymer potenia' ,
nlck-zi ~oly-.er
poLenLial
ABSTRACT: An attempt was made to compare the changes in contact
potential, act1va-
tion energies, electrical conductivity, and resistivity of iiinns
on heating, an-J
also to compare these values for films of a poly-mer cozmple,,~ of
with various metals, It was found that In the case of as
nicxel, when the contact potential changed slightly on heating, the
c~;azl.,~'~- In
electrical conductivit and activation energy were also ano
The activation eneT&Y%f the electrical conductivity, the -h'~
difference in the work functions for films on coppor, nickel, aTid
a film con~-L~Inlng
no metal bound in a complex are given for the sake of comparison,
the contact
potential of the film on nickel beiny arbicrarily taken as -erc.
Card 1/ 2

L 4169i-65
ACCESSION NR: AP5008913
ASSOCIATION: Institut elektrokbimii, akademiya nauk SSSR
(institute of -'.~Ctro-
chemistry, academy of sciences of the SSSR)
SUMITTED: 04Jan6,14 ENCL: 00 SUB CODE: m7L, --,4
NO REF SOV: 004 OTHER: 001

Errcrs In the d'agnosis .;f Of ',b~; -tl-lT-.-a~!i;.
Sov.mad. 28
no,-4:14-29 Ap 165.
:L* KLInika obahzhey ~hirurgli
g III tarnc-gi glyen, cheako.cro fallculltel-a
(zar. - Prof. A.N.Shabanuvl 1: Mcskovskogo url~ra L~-riira
meditsirlsk-ogo
in3tituta Se::benova.

lvk
v--.,-c-myy L
L-' A slituman
cf La &,~-,.:'on i-,-,-:n :Jilpso Mor. nbor.
It- C', tURA 1818)

BOGUSLAV.I;Ki)', 1,.oisfy Grigurlyevich; Sl LROKOV,
Koz-otantir Favlcvl~.Im;
- 1,.- -1---
[Internaticnal S '%-steir, of Uni 'L,;3 (SI) ; t. !
(. dbook :-or lcctarirs
umi pr,)pagmndist--] Fezhdunarodnaia oiswra edinits
(Sl); po-
sobie dlia lektorov i propagandistov. 1.',oskva,
Izd-vo stair rtov
1965. 56 p. (11-111bil, L8 9)

BOGUSTAVSKIY, M.G.
~09 standard profiles used in checking and graduating
profile gauges, Trudy VNIN no,201.75-92 053, (Nm 110)
k (Gauges-Tooting)
0

B. To Ro
Vol- 3 -No. 5
MAY 1954
Elootrooboxistry WA Bleatroproosages
639911 Test In Production of Almater Specimens d Ae~
eural Urfsee by the Electroforming Method. (Rusdan.)
M. G~ABoWlqvsklh Stanki i Inannnent. v. 24, nm 11, Nov.
lua;j, P. lu-W.
Method teprodt"d surface contour with ood RIMM. Specl
caroslon sind woar mWant. rf."logmpb, i&grunL
in"

BOGUSL&VSKIT,M.G.; KAYAK.L.K.
e------AWA
A wire length-metumring gauge. Ism. tekh.
no.2:28-31 Mr-
Ap 1~5- - (MIRA 8:9)
(Heasuring instruments)

BOGUSLAVSKIT. M.G., Imnd.tekhn.nauk: SMIMN, F.G.,
kand.takhn,nauk
I . ---, - M.!. -
Semiconductor device for measuring the temperature of the
surface
of dryer cylinders, paper shoot and felt. Bux.prom. 33
n06101
9-10 0 158, (MIRA 11:11)
1. TSentralln" nauchno-issledovatellskiy inatitut
teellyuloinoy i
bwmashnoy promyshlennosti,
(Paper industry--Zquipment and supplies) (Thermometers)

0

C>
-

5(4)1 6(2) PHASE I BOOK ZXPWrTATION
SM/2215
24(0)j

uchno-insladovatel'skLy Inatitut
metrologli lawal
Y*e*oruzny7 -a

D.Z. Xande eyeva ,
C~
---Xsfer&t7
nauchno-Imaledovatollsklich rabotj
sbornik Wc.2 (Scientific

I-
Research Ab*tractol collection or
Articles, Mr 2) Moscow,

St.andartgIz,
1958. 139 p. 2,000 copies printed.
:hl
Additional Sponsoring Agencys USSR.
Xcialtat ntan4artor. xior I

iz"rlt*l.nykh priborcy.

Zd.1 3. T.
ReahatInal Tech. Id.t M. A.
Undratlyeva.

PU1RPOSZ% These reports
are Intended for scientists,
researchers.
d

And evwclfl~-rs engaged in developing
standards, measures, mi

gags* for the
various industries.

COT--AOZ* The
volume contains 128 reports an
standards or neasurt-

sent and control.
The reports were prwWad by "I~ttsts of

Institutes or the K=It*t standertov,
mar I lzmarltel-mrkh

prIboroy prl
Sovet* MInIstrov 333A (Commission on
Standards.

X#&=rWss and X*a&urlng
Instruments under the USSR Council of

Ministers). The participating
institutes ares VNIIN -

VS*SOYUZnYY
n4uChno-Issledovatollskir astrologli
Ifteni D.I.

VW~ndelay*v& (JLIl-Union
Scientific Research Institute Of Not.

roLogy Imeni D.I.-Mandelerv) in
Leningrad; Sverdlovsk branch

of this
institute, VVIIX - Votsorunlyo

lnatltut
XmItota atandartoys mar 1
I=erit*l-nykb prijorov

(A21-Unlon
Scientific Research institute of the
Commission

an Standards, Measures, and
Measuring Instruments), cr*&t44

from
ROINIF - MookovskLy goouda"tvannyy
Inatitut mer I

l=wrIt&l'nruh priboroy
(Moscow state institute or Measures

&ad
Measuring Instruments) October 10
19551 VXZXPMZ -

Taosoyunn"
amuchno-laslodoratel'okly 1nstltut
fIzIkc-t&khn1-

theSkIlch I
radictakhnicheskikh Ismerenly
(k1l-UnIon Scientific

Reseeirch
Institute of Physicotechnical and
Radio-acgIft*erlog

Xasuinlrements) In
Moscow; XhaIMIP - Khartkovskly
gosudarstvannyj

InetItut mer I
lzmerltolfnykh prIbarov (Xharlkov
State Institute

of Measures and
Measuring Instruments); and MOZMX11 -
Nowool-

bIrskly gonudarstvenyy 1nstitut
xer I Izaarltol':Tykh Sal-borcy

(Novosibirsk State institute or
Measures and Measuring Instru.

No
parsonalitl*a, are mentioned. There
are no reference@.

studying a set" ?air 14
Fakres,.1j., And 15_.B. WASTIzon

SLxJc1n_gjL (KhOIMP). Measuring the
Tooth Profile of larat-

-aliNFE-er
Reduction Gears 15

31
-k-In, 0.3.0 and Lj_RLbj=-jjzh.
(KhOIMP). Investigating In.

struments
and Methods for Measuring Elements of
Wara Goa"

Vanolovskays, Ye.P., and
B-A-.DAYyAar-(MdIMIP). Comparative

Rating of Probe and Contactlose Gages
for Measuring Surface

Finish 16

-_KqMqqonkn, and T.S-__rAAu
A,, B.S. Davyd6v, V.? __U=_

Developing
a Method for Testing Surface Finish
Samples

Instansments for Surface Finish
Quality Control 11

K E6 (VMM). Making
Improved Surface Finish Twat

a.
(XODa?). Developing Methods arA Means
of

C-1L.rd

BDGUSL&VSKIT, M.G.; MARSNINA, K.H.; FWFAVOV, O.N.
~-~
Ultrasonic apparatus for controlling pulp concentrations
Bam. prom. 33 no.12tlO-13 D 158. (MIRA 11:12)
(Ultrasonic waves-Industrial applications)

BOGUSLAVSXIY, H-06; PJTROV, V.P.
Automatic regmUtor of the concentration of fibrow
mterials.
Priborostroanis no.8:24-25 Ag l6o. (MIRA 13:9)
Ollectronic hetrw*nte)

3/194/62/000/012/064/101 1.
D295/D308
AUThORS: BogUBlavakiy, M. G. and Petrov,-V. P.
TITLE: Automatic ultrasonic instrument for mea6uring.-bhe
concentration.of.paper'pulp
PERIODICAL: Referativnyy zhurnal,lAvtomatika i radioelekironika
no. 12, 19621 19, abstract 12-5-37 p (Tr. Vaes. n.-.-i.;
in-ta tsellyulozno-bum~ prom-ati,. no. 47, 1961
J
132-150)
T-bXT; It is pointed out thatilau a,conseq4ence of the almost
identical densities of water and cellulose, the main factor af-
fcctine, the attenuation of'ultrasonice in.a water suspension of
cellulose is the scattering of1the-elastic wave by auspended,par-
ticles. Measurements of the absorption coefficient of suspensions
were carried out at frequencies of 5,15s 6.5,12.5 and 19 Mc/s
for concentrations of 0.01 - 0e4% and various degrees of*grinding I
of cellulose sulphite. A block-diagram of a pulsed device for'6ea-'
attenuation is described, and an instrument for measuring
Card 1/2

8/19' 2/000/01'2/.Q6#1 01'
Automatic ultrasonic' instrument.... D295,/I/)3'08.
the concentration of pulp is considered in detail. The latt er con-
sists of a piezoelectric pickup (a quartz Blab with a metal dia-
phragm) mounted on a measuring elbow,of the conduit, an electron
unit with a rectifier, and a recording and indicating-411A (BPD)
type instrument. A generator of electric oscillations, operating
under pulsed aelf-modulation conditions, generates pu.Ise's. iAth
11 11cls carrier frequency and 5. kc/8 repetition ' fi-equency. The
amplifier, consisting of a video amplifier, a detectbr and a IIP
amplifier (2 stages) has a gain of 37M00. Them instrument enables
the concentration of pulp to be determined starting from 0.050-
The error of the instrument is of the order of -0-007% Ooacentra--,
tion). Abstracter's note: Complete translationel
Card, 212

BOGUSLAVS Q~~ I FEMOVI V. F.
Automatic ultrasonic device for meamn-ing the
concentraticn
of the groundwood. Trudy VNIIB no.47:132-150 161.
(MIRA 16:1)
(Paper) (Ultrasonic vaves-Industrial applications)

BO(jjSLAyffEL,_XgjUX QdWW*
kand, tekbnanauk KREMMSK17p
Panteleymm-Petrovich, kamd. tekhn. nauk; OLEYNIK,
Boris
Nikolayevicb., kando tekbne naukj* CENMINA,
Yekatirina
Nikolayevna, kand. tekhn. nauk; SHIROKOV, Konstantin
Pavlovich., kand. tekbn. nauk; BURDUN, G.D., prof.,
doktor
tekhn. nauk, retsenzenti-RYSKO, S.Y&.# red.izd-va;
MEDVEDEV, L.Ya., tekhn. red.
[Tables for the conversion of measurement units]
Tablitsy pe-
revoda edinits imerenii. (By] M.G.Boguslavskii i
dr. Moskva,
Standart zj 1963, H6 p. (MIRA 16: 12)
rweights and measures-Tables, etc.)

~,_.~and. teklm.nauk; MMMSKIYJ,
band. tekhn. naukj OLEYNIK, Boris
Nikolayevichp kand. tekhn. nauk.,- CHECHURINA,
Yekaterina
Pikolayevna, kand. tekhn.nauk; SHIROKOV, Konstantin
Pavlovichp kand. tekhn.nauk; BURDUN, G.D.., doktor
tekbn.
nauk, retsenzen-bi RYSKO, S.7a., red.izd-va;
MEDVEDLV, L.Ya.,
tekhn. red.
[Tables for tho'conversion of measurement units]
Tablitay
perevoda edinits i=erenii. (By) H.G.Boguslavskii i
dr.
Moskva, Standartgiz," 1963. 1-16 p. (MIRA 17:1)
1. Vsesoyuznyy nauchno-iseledovateliskly institut
metrologii
im. D.I.Menideleyeva (for Boguslavskiyj
Kremlevskiyj Oleynikp
Chechurina, Shirokov).

BOGUS~!V~SKI ~.~
Determination of temperature corrections for machine
part
dimensions. Izm. tekh. no.lOrl9-21 0 163. (KM 16tl2)

BOGUSLAVSKIY, M.G.; KAYAK, L.K.
pl-ocislon in moaBuring longths a I tingles in
the manufacture
of mach"knery. Izm.takh. no. 0026-28 Ap t64.
(141 RA 17: 7)
I

; BOGUSLAVSKIY, M.G.
---
Ocular head with a screen in the form of concentris
circumferences.
lzm. tekb. no.32213-14 D 164. (MIRA 18:4)

--. -:__ - - . ~ yl~ -, ~ ~- . I
-- ~-.- --.- ..- - - -

BOGUSLAVSKIY, M.M..- VASILOYDV, I.V.
I ,
Compensation of inventors for the utilization of thnir
inventions
abroad. Izobr. i rats. no.6:19-22 Je 158. (14IRA 11:9)
(Patents (International law))

BOGUSLAVSKIT, MARK MDISBYEV CH
The legal status of foreigners in the
U.S.S.R.,
by M. Boguslavsky and A. Rubanov.
Moscow,, Foreign
Languages Publishing House,, ( N. D.)
122 P.
Translation of the original Russian
Title. Pravo-
voye polozheniye inostrantsev v SSSR.
Moscows 1959-

r.mlm 11 Valillrevia
Hie
Hisc
12
Operativnaya tekhnika i uOhet Y gombanks SSSR
fOperational and account-
ing techniques in the state bank of the Us47
Moskva, Gomfinizdat, 1946.
"5 Ps Illus., Diagra., Tablos*
Microfils.

BC6U6!AV81,V, 1.'. V.
chnun&~;fuhrine. und ~.Ie,ptive 'L-chnik in der kVon' V. 7.
'~opuslavskiy
end)A. A. Proselkov. Berlin, Die Wirtschaft, 1954.
t
368 p.
Translation from the Russian, Ucet i Operativnnya *. Gosbanke,
Moscow, 1950.
Sol N/5
713.1
.B6

BOGUSLILVSKIY, M.-. PROS=OV. A.
"Accounting and operational technique in the
State BW*.V
Reviewed by- M.Doguelavekii, A.Proselkov. Den.i
kred. 18
no.6t88-91 Ag 160. (KM 13:7)
(Banks and banking-Accounting)

r ih JL
A
00
09
00 A
go a
Do., At
00 it
Do
*0 "1
0
-.N-U
l11,
, I
U'S.S.R. 68.9".
1947. or uOdS thtM b 41M1 Aft Sq. Of
Ameraxami.
A100
VITAUMICAL Lntlk&VWI MAHVIC
lid. 40.1fiv
$#logo -W G-V QRS jimal &11
u 19 AV An A I it N 0 0 6 x $1 9 a 41
OF op a It of f I T--V,--) 31 6
or a 91 a It a 11 mil A 10
0 0 0 * o 0 0 0 0 o 0 0 0 0 0 0 wo 0 0 0 o 0 o o 0 a 0 0 0.0 o 0
0000:041,0000 0' * 0 0 0:0 0 0 0 9 0 9p 0 0 61 0 0 0 0 0 0 0, 0
0 0
-00
*00
Nj a
-06
-00
46 6
~vq
;bo
Too
too
Usti!
vw

00 A
00 A
00 a
09
00
00 w
0.0 it
00
11 a U 14 U 4 1, "a N 21 x so 4 h p joe C)p 11 It U w a a V A x
a of Q 43 a a 00
, I In %
6_1 8 .1_1_ A
& wo 701"t In -t.os is
'17 i
"~M It b,,,vd ChODIcO Industry. The use of otygen in gutfuric
&dd
in, 'I of altmilell. K. NIM1111. J. ( 'hem. 181J. 1,934.
No - 2, 10-21.-Hquallon - derived (cw rates. the Itt"rate III
ltw
CIOJ cluill-ber ptwr," when r-O., 4 4 1, Added fit (tw a& Will,
the (N I% added fit Ilw Ito& % 1 .00
I-taww-t~
ductice, N. %I. _,kil. 16Q. ut
U%kv*
~tl *
C(i, in Aws Ito in stode Pro
addn. of Ottil ate V"t t4i ~Ihpw that th,
sn' C~LqXlh drerr th.. -4 the fawl And
r"Wris the wWAr mads, mwr". .00
allhit'v8*11:41, I'llasiMM CLAIM. K&SIOU
to.
U
'l, Not Kit llll~x~n
lei 0* 06 0 0 0
.00
.66
.0 0
ZIP 0
4D 0
As
A 11-1 Ow Ots. is,' ~j too
is
0 0 0 0 0000 6 oa
& 0 0 0 0 0 0 to 000 0 6 eel

BOGUSIAVS]EIY N K.
Calculation of the motion of loose material in rotary
furnaces,
particularly calciners. Wm.prom. no.2: 89-97 Mr '56.
(K6U 9:8)
(Iiins)

Rif
-If IMP
R1 Was
Ic'l flit; .,J~ lyl.."WilliNIN -?Fi
if
fill PIN
fiRl."Ills A. I -It,
it
Fl: Mle F
I Pr
fit 111,
41N. if
Fj
rl A R" 44
%WA

Ito
j
V k
eat" t girl!
Is It* 11
r-U.
P.4. h I iii A

BOGUSlkvs N.Ye.
IsKry,
WOU- --..
--mumm-
A technological. -oroduction plAn of highly
&1timinoug f ire-clsq
refractorlee. AgneuPo* 17 no.5:206-210 YV 152.
(KM 8:9)
1. Leningradskiy instiWt ogneuporow
(Refract6ry materiiii) (Fire dlV)

15 (2)

AUTHORS:
Panarin, A. P., Boguslavskiy, N. Ye.
SOV/131-59-10-2/10
TITLE:
Basic . Trends in the Development of
the "Magnezit" Works
PERIODICAL:
Ogneupory, 1959t Nr 109 pp
437-442 (USSR)
ABSTRACT:
The "Magnozit" Works will be enlarged
between 1959~and 1965-

The output of highly refractory products
is intended to be

greatly increased together with a
considerable improvement in

efficiency and reduction of
production cost by.extensive

mechanization and automation. The
raw material of the Kargay5koye

and Satkinskoye deposits will
be utilized. Further, the

manufacturing program of the newly
planned departments is

discussed in detail. In the second
constructional stagey the

Works will be supplied with power by
the system of

Chelyabenergo and the projected thermal power
plant (TETs)

with three turbogenerators of 6000 kw each; fuel
oil and

later natural gas are provided for as the main fuel.

Conclusions: By the use of dust collectors and by utilizing

dust, about 2%& of raw material will be saved. The heat, of
the

waste gaeas of rotary furnaces is intended to be used for
the

generation of inexpensive electric energy and for the
heating
Card 1/2
of the factory buildings and apartment houses.
The process of

Basic Trends in the Development of the "Magnezit"
SOV/131-59-10-2/10
Works
raw-material dressing and baking will be simplified and
efficiency will be increased by installing high-duty rotary
furnaces of a size of 15N,~ me High-duty tube mills will be
installea for the production of fine-ground maguesite
fractions
and magneeite-chromite mixtures. Farther, several tunnel
furnaces with a burning temperature of up to 17500 and large
air-conditioners are provided. After completion of the
second constructional stage, the "Magnezit" 11orke
will be the largest works for refractories throughout
the world. There are 2 figures.
ASSOCIATION: Zavod "Magnezit" (The
ogneuporov (All-Union
N. Ye.)
rin A. P.).
"Magnezit" Works)A`=eaoyuznyy institut
Institute for Refkaetories) (Bogualavskiy,
Card 2/2

8/131/60/000/06/01/012
B015/BOO7
AUTHORS: Stavorko, A. P, Boguslavski
N. ye.
TITLE: 'The Main Trends in the Development of the Semiluki
Works
of Refractories
PERIODICAL: Ognsuporyt 1960, No. 6, pp. 241-244
TEXT: As a result of the further development of the
Semilukskiy zavod
(Semiluki Works) this plant is going to have six works
departments. De-
partment No. 1 is intended to produce standard bricks, and a
mechanized
raw material depot will be estab -lished. The clay will be
transported from
the pits Sredniy and Yendov-Log by means of oab 'Is care, and
from the pits
Strelitea and Bakhoheyevo by means of dump care. Gas and air
supply as
well as the transport of dump oars to and from the pits is to
be automati-
oally*controlled, Department No* 2 is provided for the
production of fire-
olay and carborundum, produots, The'raw-material depot mill be
equ ip d
with a crushing machine of the type I'mexa4odp-60011
("Mekhanobr-6001138~
the pressing plant with three power presses of the type iTM
-630 (PM-630)
and the drying department with a tunnel drying plant. The
capacity of
Card 113,

The Main Trends in the Development of the S/131J60/000/06/01/012
Semiluki Works of Refractories B015/BO07
Department No* 3 is to-be considerably extended, The department
for the
processing of pastes will additionally be equipped with three
mixers ofthe
type 115t and the pressing plant with two hydraulic presses of
19500 t
each and two presses of 1,200 t each. In this department two
tunnel kilns
having a length of 120 m each will be installed# Department No. 4
is provid-
ed for the production of high-alumina material, and an additional
tunnel'
kiln of 156 m f4ngth as well as a depot for finished products will
be estab.:
lished. The briquette department is to be equipped with 1,500 t
hydraulic
presses and 11200 t mechanical presses. Por the purpose of burning
fileclayg
oylindrical'rotary kilns heated with nat'ural gas and fuel oil are
being
established. The ground clay is to be. transported automat~callya
Department
No. 6 is also intended for the manufacture of high-alumina
products, and all
produciion processes are to be mechanized and automatized. Also
the building
of a tunnel kiln of 135 m length is planned. Department No. 5 is
intended
to supply the Novo-Lipstskiy metallurgichookiy savod (Novo-Ligetak
Metallur-
Ri al Plant) with refractories for steel oastinge The shaft kilns
of depart-
ment No. 5 are being modernized. The-oapital expenditur*e per ton
of the pro-
duction increase amounts to 450 rubles, and the term of
amortization is 2 1/2
years. The gross production calculated from the wholesale prices
of 1955
Card 2/3

The Main Trends in the Development of the
S113116010001061011012
Somiluki Works of Refractories B015[BO07
is intended to increase threefoldt and the performance per
worker by
2.8 times its amount compared to 1959, while the personnel is
intended
to increase by 20%v and the actual costs are to be lowered by
31%, After
being reconstructed, the Semiluki Works will be the largest
factory P
the Soviet Union that manufactures aluminosilicate- and
carborundum\0
products. It will be most modernly equipped, mechanized,
a-n-47-p-ar-My
automatizedg and Department No* 1 will be fully automatized.
There are
2 figures.
ASSOCIATION:: Somilukokiy ogneupornyy zavod (Somiluki Works
of Fireproof
Materials) Stavorko, A. P.; Veasoyusnyy institut ogneuporov
(All-Union Institute of Fireproof Materials) Bogualavokiy,
No To.
Card 3/3

MORPULIS,j L.A., inzh.,- BOGUSIAVSK.TY, P.G,,? iazh.
Further improve4mpt of the operations-flow method ot
working
trenphes by lay6rb in the Virgin Territory. Stkoio
truboprove 7 no.111
17-19 N 162. (MIU 15 s12).
1, Stroiteltnoye upravleniye No.2 tresta
Soyuzprovodiekhanisatsiya,,
Ghelyabinsk.
(Earthwork) (Aqueducts)

BOGUSIAVSKIY1
Create high-rApacitj machinery for trenching in solid
rock* Stroi.
truboprove 10 uo,9132-34 S 165, (MIRA IM)
la SU-2 tresta Soyusprovodmekbanizateiya, Chelyabinsk.

BOGLISLAVSKIY, P.S., Eng.
Compensator for testing precision measuring instruments
for alternating current
Elektrichestvo no. 8, 1952

BOGUSUVSKIT, P.B. Inzhener.
Using the compensating method for masuriAg alternating
current vith
the aid of heated resistanei. (FroatJTZ, p.547, no.17,
1952, H.J.
Schrader). Blektrichestvo no.3:81-82 Mr 134. (HLRA 7:4)
(Blectric measurements)

AID P - 655
Subject USSR/Electricity
Card 1/1 Pub. 24/34
Author Boguslavskiyo F, S., Eng.
Measurement of angular errors of wattmeters (Review of
Title
Foreign Periodicals)
Periodical : Elektrichestvo, 9, 89, S 1954
Abstract ; The author summarizes an article by H. E. Linckh in
Deutsche Blektrotechnik, p. 155, No. 6, 1952. 2 diagrams.
Institution : None
Submitted : No date

V
Subject USSR/Electrioity AID P - 3041
Card 1/1 Pub. 27 - 28/33
Author ; Boguslavskiy, P. S., Eng.
Title : MethndB of con 'o ng testing transformers (Review
of foreign periodicals)
Periodical : Elektrichestvo, 7, 147-148, J1 1955
Abstract : The author summarizes data from three German articles
on the above subject. Three diagrams, 3 references
(1954).
Institution : None
Submitted : No date

BOGUSLAVSKIT, Pavel Sk" zigh. v7
.W4~ T , Inshoner: MALITBOT, A.N*# glam
~- ~-- ~i**e~~&iikio-it,,smxfbbiT.Yu., inzhener.~
redaktor
q
tstro
Ooscopic frequency motor] Strobookopichaskil
chaototomero
Tana l.:no.P-56-416. MoSkya. Akedemiya nank SSSR.
1956. 21 p.
(Yrequency measurements) (MLRA 10:3)
(Stroboscope) ~ :

-BOGUSLAVSKIY P.S. inshener.
Now Instruments for testing Insulating materials.
Mektrichestvo no.11:90-91 X 156. (MRA 9112)
(Xectric Insulators and insulation--Testing)
(Ilectric Instruments)

BOGUSLAVSKIT inshener; KUZOMINSICATA. N.Y., inthener.
pomp 1=~, - -
Instrument for testing vattmeters on high-frequency
alternating
current. Vent.elektroprom. 27 no.6:63-65 Jo 156. (MTaA
10.-8)
l.Rauchno-isoledovatellskir Institut Ministerstva
alektro-
tekhnicheskoy promyshlonnosti.
(Wattmeter--Testing)
;,f -

BWUSLAVSXIY, P.S., inthener.
q-
Section of in trumant manufacturing W witcratIc
e(jilipnent.
Vest.electro-prom. 27 no.7:77-78 Jl.056, (WAU 10:8)
(CountirW devicee) (Blactric itistrinontn)

/7 . 1-!7 '(_ - 1, i~~_ -
V _~ /% /"-)') I---. -'.'~' .
105-94-7/32
jLUTHOR1 Boguslavskiy, P.39, Engineer
TITM Now Types of Multivibrators (Novyye tipy atrelcohnykh
chastotomerov)
PERIODICALs Blektriohestvop 19579 Nr 9p pps 86-88 (USSR)
ABSTRACTt By making use of tuning forks the accuracy of
multivibrators
increases considerably. Such a tuning fork acts like a parallel
resonance work. The indicating device here is a logometer of the
electrodynamioal system. The tuning fork coils are connected with
one of the movable coils in series and the other is connedted by
a way of the effective resistance. The sensitivity of the
measuring
device can be increased considerably if the tuning fork coil is
oonnected in series with the second mobile coil of the logometer.
It is a disadvantage of this device that it cannot be produced
with many ranges and can therefore be used only for controlling
a fixed frequency. Secondlyg a basic frequency meter scheme is
given which is constructed on the basis of the Maxwell scheme
and completed by an additional compensation device. A multi-range
frequency meter with a narrow medeliring range and sufficiently
high accuracy is obtained, Thirdly, a scheme of a multivibrator
of the detector system is given. The indications of this device
depend considerably less upon the shape of the voltage curve of
C4"**fi_ the frequency to be measured*

4
AUTHOR: --Boguslavskiy, P.S., Engineer (Sci..Res.Inst.M~n.Elec.Ind.
TITIE: Yethods of measurement and certain instruments for testing
electrical machines. (Metody izmereniy i nekotorye pribory
dlya ispytaniy elektricheskikh mashin.)
PERIODICAL: "Vestnik Elektropr~mshlannosti" (Journal of the
Electrical
IRMTstry) 1957, Vol. 28, No. 5, pp. 64 - 68 (U.S.S.R.)
ABSTRACT: This article describes a number of instruments and methods
of measurement that have been developed in recent years and
which may be used to study the operation of electrical machines.
It appears to be based almost entirely on a study of German
literature.
The Hall effect and instruments based on it are first
described. It is shown how measurements may be made of the
influence of brush short circuit currents on the magnetic
induction in the air gap in the machine. A method is described
for measuring the rotor angle by means of a mechanical recti-
fier. Instruments are described for: measuring the load
assymetry of an alternator, recording torque, measuring differ-
ences of speed, indicating phase sequence and measuring the
resistance of windings without disconnacting them from the
circuit.
10 figures, 8 literature references (? German, 1 U.S.A,)

INSTRUMENTATION
"Methods of measuring the Performance of Electric
Machinery
and Certain InstriLments for this Purpose" by Engineer
P. S.
Boguslavskiy, Sc -Ts
ientlific Research Instit-ute of the Min -Tr-Y
or Elect-rTe- lndustry,, Vestnlk ElektropromyshlennostJ,
No. 5,
May 1957, Pages 64 -- VF-.
Description of Several modern methods employed In mater-
Ials testing :.Hall effect inst;zume;-.cs etc.), and
several
Illustrat--d examples on how such irodern instruynent3
can be
used to improve the perf.)rmance of electvic machinery by
providing optimum utilization of the materials.
I- - 15 -

SOV/110-58-8-21/26
'AUTHOR: Boguslavskiyj P.S. (Engineer)
TITLEs Voltmeters with Supprossed Zero (Volltmetry s
podavlennym nachalom predela izmereniya)
PERIODICAL: Vastnik Eloktropromyshlennosti49581Nr 8~PP
71-74 (USSR)
ABSTRACTs It is often convenient to design an instrumont in
which
the whole scale covers only a small useful range of
voltage. This article reviews foreign raethods~ chiefly
German) of aehieving this object. Methods using bridge
circuits are first reported, including the Siemens
'voltage lens'. The circuit of a General Electric
Voltmeter of similar kind is shown in Fig 4. The ratio
circuit illustrated in Fig 5 is then described. Among
series and parallel circuits) particular reference is made
to a Siemens recording voltmeter with suppressed zero;
Card 1/2

SOV/110-58-8-21/26
Voltiactors with Suppressed '"'aro
tho circuit is given in Fig 6 and tho _Jyi3'.rumont is
illustrated in Fig 7. A parallel-circuit Voltmeter is.
discussed md its circuit shown in Fig 8. The use of a
double electromagnetic measuring system is then
t>
explained.
There aro 3 fix-t-es and 3 German references.
1. Voltmeters--Design 2. Voltmeters--Circuits
Card 2/2

AUTHOR: Boguslavskiyp P.So (.Engineer)
TITLE: A Conference on Magneto-electric Oncillographs
(Soveshchaniyo po magnitoelektrichaskim ostaillografam).
PERIODICAL: Vestnik Blektropromyshlennosti, Nr.11, 1958, pp.78-80,
(USSR)
ABSTRACT: A conference on magneto-electric oscillographs, held
in Leningrad, was organised by GOSPLAN USSR, GOSPLAN
RSFSR, the directorate of the Instrument Manufacturing
Industry of the Leningrad Council of National Economy
and the All-Union Scientific Research Institute of
Electrical Measuring Instruments. There were 297
participants representing factories, research institutes
and colleges in Moscow, Leningrad, Vitebsk, Kishinev and
other towns, The conference was opened by M.Ya. Rakovskiy,
representing GOSPLAN USSR, who stated that the main develop-
menta in the electrical industry during the next seven-
year plan would be in atomic physics. Therefore, many
new types of measurement would be required. The main
object of the conference, he said, was to exchange -
Gard 1/3 experienee between organisations manufacturing and using

A Conference on Magneto-eleetric-Oaeillographs.
SOV/110
A number of suocesaes in Soviet oacillograph production
over recent years were noted but the models produced by
the 'Vibratort Vorks were oritioised. The conference
stated that on the whole production of oscillographs was
la$gIng and a number of important failings in manufacture
were pointed out. The conference -ecommended GOSPLAN USSR
to take steps to develop the manufacture of inertia
oscillographs, to 39t up an Expert Council on oscillographs,
and to undertake other measures. The conference recommended
a draft nomenolature of magneto-elootric oscillographa and
their parts.
1. Oscillagraphs--USSR 2. Scientific reports
Card 3/3
USOME-DC-600.52

SOV/110-58-12-17/22
An Installation for Testing the Elements of
Electro-Magnetic
Oscillographs
given in Fig 2. It is mainly a switching circuit with
provision for connecting a signal-frequency qpnerator,
a frequency meter, an ohmmeter, a batte3:7and/or an
alternating current supply; -variable resistors are
provided for calibration purposes. An outline drawing
of the equipment is given in Fig 3 and a photograph in
Fig 4; the construction and arrangement are described
in some detail. The overall dimensions are 600 x 450
230 mm. It is claimed that the instrument has proved
to be simple and reliable in service. There are
4 figures and 3 tables.
Card 2/2

'C
5
f
.A.UTHOR: Bo:-,-uslavs!ci.Y EnCineer. 110-3-18/22
TITLE: A Discu--sion on Questions of Electrical Instrmnent
construction (Disllcusuiya -,~)o VOPrOSUM
e1e1ctro:-,ribo3.-ostroyeniya)
11.'ERIODICAL: Vc6tnik Blektro-oromyshlennosti, 1958, Vol.2-Q
No.3,
P'P- '10 - 75 ~USSR).
AB5TRACT: On December 10 - 13, 195?; there was held in Lenin,-,rad
iiho first scientific technical discussion on electrical
instrullient construction, organised by the LeninGrad Scientific
Technical Society of the Instrument Industry (LeninZSradskoye
naucl~mo-tokhni-chesko~eobshchestvo priborostroitellnoy promy
sblennooti) togetber with the Technical Science Division of
tll.e Ac.Sc. USSR (Otdeloniye tekhnicheskikh nauk A17~, SSSR)j
(;oLm-Attee of Standards, Weights and AleasurinU Instruments of
the council of I-Ainisters of athe USSR (KoLitet standartov, mer
i izmeritel'nykh priborov pri Sovete Ministrov SSSR) and the
Instrurent Construction Directorate of the Lenin rad Council
of j.i,,,tional Economy (Upravleniye pribo.rosturoyeniya
Leninf~rads-
kogo sovr-urkhoza).
T-e; followin,---.: werc the iiaiii- therpes of discussion: 1)
Various
quality criteria of z-easurinLj: -mechanisnis; 2) The application
of taut-wire suspensions in measuring iaechanisms, Liethods of
Cardli'? desiEn, methods of evaluatin, quality; 3) the evaluation
and

rant Cons true tu ion
U -L M.' U
er.-.,oi,,3 i-n I.rstruworit,-~,- 4) The field of
)riacl-oles of cutoriz-1-ic inevsurin- j-nstru-
Cur-,,-at t.,2,-als i,,, II;) --~ t',
-Lldorais.-ttion 1.n
A,
fl, Cto'r-.LS
~tatcs auid ea'ucati Dj:-ai es-ablisnmea-s 0",
U
v an.7, o
tives Cz,2cII-.OSloV,.,.I~Izia. th ~ e
r'.Of. yf~.G. IT"7110 ~:,-ho
in ob-.,:~-ct ;-,f
the ic ctinL,- was a thoi~ou-h c --,ns id tioiNI o f 'a number
of
queotions mainly concemed dir(-ct-rnr,I-,"if.A,-;
ir-strunent-c A--d
a, 'itoratic meacmrin. devices to tho., trI-,i7ic7 oT woric
fox,
aacy~t ssveil yc,-.rg w-ld to ..Crld3tions fol,
-1-1--c future-,. ~)lan of dcv(-1o1,-i- 1~ --I - Alu
110, f ir S t t~' U of 1"L-e
V i Orr, v;-o r TI;") c-, it ic is e d i!~ C lr':';:C C Ili, t
i ~D f 0, up-lity
f,- et-or cj-id -.-,ro!-.-ose(I a
S L
d th al", c! tial it y I':., r- to r s1--c
rv, er,
1,2,ac for thcz,.

110-~- lc-~122'
A Dij-c-6Arjn Da ~.uc.,.tions of Blcct-.,~icLl
Yu.L'. Pya" , E er B. Kox.-)acloov
uin I-Tie
C"
Vo). Oreshnikovi'VN11a)
"M I. 'la~of. n.h. ShuruilovsIziy Of thc
ro comi-ended combined critcria -fDa: cv, lu~ t.
lit S , vhich idea was c! Y.-of V. 0. .'",--atvuriw:
:rbukh -.-)f
(VIIII-) E:nd. Candidato of Techniclil c- S. Aw.
:)chele%-tropribor ~!.Torlrs.
Prol'. HoschIce, East Germany, presented a
r~~-Oyt 0.1 -21-~e 1),ynamic Stability of
c:-.amined in detail thc~ ef'L'fc'u ~) 'L d,,;.aai~-ic ~orc,.s
on
"cl, "~. En-ineer S.Lj. riin Df t-L--c; Vibrator 'V'O'o11:S S
:L UL~
on 'U-I,c ap-.Dlic~~tion of taut-v,irr. to
u C-r~urin~- :L-5'L,.L1-
-UG tluie present tine, labox-.1-.tor-y Of cla--- 0
k' - - -L -L - .-?
T.Ioun-uin,~ hi~7h-s(-nsi'uiv-i1u-'--- ins-u'-~-uj",c-atus-
cx-- ~cad'e -"'-itl~
1'olizoi)t,~tl taut-wire suspension.
of clas,' 0."
so--Ic of 240 11o -%-: e v e'-C)t ~1.ssocioted
~-!'.c
11 C- "Id CO ' t-'-jjc-'jL 11
Pq - u 0 ~ D.
beci-i solved.
of TecliniciU sci~nc~as :1.4. of
7,'Or'-S 'C)-,-j.Cfly L~Z.
VO 3?CE-~UjtS Of J O.u
Cord3/'/' " - I - 0-- -

110-3-18/22
A D16cussion :)n Qur~sticns of -7-lectrical Ins~runenl
Co-qs'.ruction
6 U U
s uf;1)e ns ions wade of new alloys, the --.ain disadvantuf,2os of
~!hjch are their hit;-h resistivity zayicl the difficulty of sol-
derinz~. Cand-idotc of Tochnical Scioncos A.L.I. Damskiy of the
Vibrator '.'dorks rexitioned the cconoi,,.j that resulted from the
use of taut-wire ,;;uspcns- ions. At tlc present time, Soviet
instrunent .,:orks are preparinL; for ii.asl; -1.roduction of
these
1711spensionse
Prof. U.N. Razumovskiy, Candidate of Tecl,nical
Sciences V.S. Polozhentsev (VNIIM?), EnLineer A.G. Kotova (ZIP)
En-ineer P.B. Usatin, and others contributed to the dis-
LI
cussion.
The third theme of discussion was the evaluation and standard-
isation of errors in instruments. Lajor contributions viexe
,.ade by Prof. IT.H. Razumovskiy, Candidate of Technical Sciences
Ya.S. Averbukh, M.A. Bykov, Candidate of Technical Sciences
(V~ 7Y
(VINIM), Candidate of Technical Sciences Ye.F. Dolin-skiy 1,.IM
Cther speakers were Enf-,ineer N.A. Chekhonadsla-iy, EnLineer U.M.
Levin (TsNIIFTRI), Prof. V-0. Arutyunov and others.
The fourth theme on automatic measurinS instrui.-lents Eave rise
to very active discussion. The report of Prof. 11.171.
Shuwilovskiy-
considered in detail the theory of analysis and synthesis of
autoT KIllistunov (VIIII EP)
Gard4/7 c -latic control devices. Enr,-ineer V.N.

110-3-188/22
A DiLscussiun on Question; of Blectrical IiistrwLent Construction
discussed the application of analogue-numerical converters
in measuring technique. Engineer L.A. Voronkov (GSY.B) exa,,~
ined
Ulie trends of development of automatic instruments. lie con-
sidered that laboratory and industrial instruments should
follow different course of development. Other participants
were A.D. Veysburg (VINIM), Kavalerov G.I., Engineer, Pa:of.
Premke I Engineer I.P. Polyakov, Engineer A.1Z. Melik-Shakh-
nazarov (Az.II), Candidate of Technical Sciences F.Ye. Temnikov,
,.ioscow
I-over Institute, Bn[,ineer V.V. Kovalevskaya and others.
Zrof. V.0. Arutyunov noted the follo-,:inE tendencies in the
development of instruments: 1) Increa-zed accuracy by usinE;
nore stable elements; 2) Increosed reliability and life by
increasinc resistance to outside inflnenccs such as 'Ver-pera-
J-
toure, 2oisture and vibration; 3) Study of technical-econooic
c,uestions, which still do not receive sufficient attention
in, books on design; 4) Improved erc-iiicerinfi7 Y.,ethods of
desiUn and less eL,,)iricism; 5) Gre!?.ter standardisation;
G) the irequency ranee of instrui:ents.
Contribitions to the discusz~ion were r-ade by Cnndidntue of
Technical Sciences L.L. Ornatskiy (Kiev 1"olytechnical
Institute),
2rof. 1,.F. Kulilkovskiy (Kuybyshev Indust'rial Ipstitute),
Card5/7

110-3-18/22
A Discussion on Questions Of Electrical IDstIrLIPWfit
Construction
En,r,-ineer P.B. Usatin, Dif-ineer B.A. Seliber, (Vibrator
wor,Ks)
.L,rof. A.i-,'. Turichin, (Lenin,_rad Polytechnical
L~,.stitute).
Acad. L.P. 7
T_"*`-!e follov--int., uook' -,ealj- in the discussion on th~e
Dresent trends
~,jj -'jS1rUjjentat4
U 'Frof. A.Ye. Kapljanskiy (VVIA)., Candidate
Lon. . j
of Technical Sciences R.R. Ktarchcnko (EEEI), EnL;ineer
Khodeyev,
Cendi-CLate of Technic-al Scie-nces L.A. By"-.ov aiid others.
It %-,-,as decided to e.--k Gosplan USSR to get V11II M, in the
first
h,--l of 1`58 to out a future ran&e of electrical
.L I
; r.,strwaents.
TI.-le last therie "General Trends of Standardisation in Slec-
trical Instruments" was introduced by Vice-president of the
Corwaittee of Standards, Weights and Lleasuring Instruments,
Prof. G.D. Burdin. At present, there are 22 Soviet Standards
on measuring instruments. At the beeinning of 1958, standard
u
I-OCT 1845-52, 'r;hich is the main standard for all electrical
instruments, vill be revised. The followins participated in
the discussion: CandidFte of Technical Sciences Ya.S. Aver-
bukh, Candidate of Technical Sciences N.I. T~,urin (VI"11K),
F,nLineer P.B. Usatin, EnGineer Zatserkivnyy, En[~ineer v.Y.
L"-artynenko (ZIP), Engineer Gorsherdn (fron- Kazan'), Candidate
unrd6/? of Technical Sciences D.I. Zorin (TH111.1), Engineer
G.R.Salman

110-3-18122
A Discussion on questions of Electrical Instrument Construction
.L t,
(Vibrator Worlks), UP-Cineer G.I. Kavalerov, Er4~."ineer 17.11.
Xachkin (Leningrad Council of Bational Economy), En.-ineer
Yu.I.
Shendler, Gosplan USSR and others.
ASSOCIATIOA: XII EP
SUBL'ITIM: October 1?, 195?
AVAIIABIE Library of Congress
Oard ?/? 1. Blectrioal equipment-Development

8(2) SOV1105-59-5-2112-9
AUTHOR: Boguslavokiyp P. S., Engineer
TITLE: New Apparatus for Checking
Measuring.Transformara.(Novaya
apparatura dlya poverki izmaritellnykh transformatorov)
PERIODICAL: Elektrichestvol 19599 Nr 5, pp 83-86 (USSR)
ABSTRACT: This is an abstract of the following two papers in
German:
Brendler, W.9 A Now Portable Transformer Measuring Device,
With Direct Error Indication According.to.-the. Difference
Method,
Deutsche Elektrotechnik (Germsin V-1dotroteohnics),
1957,--Rr-7,
P 333- - Keller, A., A New Portable Transformer Measuring
Device According to the Compensating Methodt ETZ-Ap 19571
Vol 78# Nr 4, P 150* There are 7 figures and 2 r-iferences.
Card 1/1

BOGUSIAVSKIY, P.S., inzh,.
Exhibition of Danish eloctronic measuring devicer. Vast.
elbXtroprom.
32 no.3.-76-79 Mr 161# (14M 15:6)
(De=ark-Electronic instrimnts) Noscow--E&ibitions)

BOGUSLAVSKIY, P.S., lnzh.
Wdbition of Japanese machinery and devices.
Elektrotakh-
nika 34 no.11:74-77 N 163. (NIRA 17t2)

BOGUSIAVSKiY, P,S,, inzh.
Exhibition of British electronic instruments,
Elektrotekhnika
34 no.90740 S 163. - (MRA 16: 3.1)
k.

BOGUSLAVSIY. Pavel 'Samoylovich; BARANOV,
A.M., red.
(German-Russian dictionary on electric
measurement
technique] Nemetsko-russkii slovarl po
alektroizuri-
tellnoi tekhnike. Moskva, Sovetskaia
enteiklopediia,
1964. 376 p. (MIRA 1711l)

Ya., Enjinaer Cand Tech Sci
Dissertation: "Calcula'ion of th~) Structural
of Turbine under Conditions of Creal,"
29/12/50
lbscow Order of lanin Power Engineering Inst
inemi. V. 1-1. ~blotov.
FO Vecheryaya Moskva.
Sum 71

_BOC,U5LAVSK1Y, P Y,,
AID P - 2321
Subject USSR/Engineering
Card 1/1 Pub. 110-a - 2/17
Authors ; Varshavskiy, D. P., P. Ya. Boguslavskiy, Kand. of Tech.
Sci. and PolumordvirTova, I. ~G, EDg.
Title : Determining the creep of machine elements by using the
method of analogies on appropriate models
Periodical Teploenergetika, 5, 9-16, MY 1955
Abstract The use of models made of copper and steel fortesting
the effects of creep in various mach-Lne parts and elements
is discussed. Theoretical calculation and experimental
results are illustrated with stress-strain diagrams.
Three Russian references, 1874-1948.
Institution Moscow Branch of the Central Turbine-Boiler Institute
Submitted No date

Creep of" Semi-A _iriular L6.mina-e 96-58-2-11/23
practically independent of the matcrial frc-,r. ;~,,hich the semi-
annulus is made. The z,.ost im-nortant varlables ~.-_'-,at
chara--ter-
ise the behav-iour of serii-an_nu'lar lo-minae arc shown in
leig.*,A.,
as functions of the relative dimensions. The dotted lines
correspond to stated analytical ex~,re_--~~ions and follow curves
i L
v
Lth sufficient accuracy.
To compaxle theoretical and experimcntal results, tests were
Liade or, four 2airs of semi-annular leu.,!inae nade of lead,
copi~er and steel. TIhe )airs were freely supi~orted on the
outer radius rrd loaded axoun~ the pcriphcry'~~f the central
apemture. Deflections were measured by indicators. The ttctz
on coppez- and stel-I larmin-ae are describ,~Cl_ in an article in
TeploenerCetika, 1955, lio-5. The dir_,easionc_ of the lead speci-
mens and other necessary data are tabulated. Calculated aiLd
exuerimental values "or all the snecirens are com~-,)ared in
Fi,-,.6.
The assum.Dtion that the anCle of r'o~t_-tion of the section does
not -depend on its radius is corlirmed in practice. There is
good agreement between theory and ex,)eriment. There diverCence
is observed, it probably results from non-uniform, distribution
o' the load.
L
There are 6 figures, 1 table and 0' -refereaces, 4 of which are
Card2/3 Russian and 2 English.

C- r-
creep of Seri-A -nular Laminae 96-58-2-11/23
ASSOCIATION: VIO TsKTI
AVAILABLE: Library of uonr,res3
u
Card 3/3 1. Laminates-Creep 2. Diaphragms
(Mechanics)-Stresses

BOGUSLAVSKIIJ P. E.
Sposoby usileniia metallokonstruktsii mostovykh kranov. Moskva,
Mashgiz,
19U. 67 p. diagrs.
At head of title: Vsesoiuznyi nauchno-issledovateliskii institut
podnemno-
transportnogo mashinostroaniia.
Methods of reinforcing the metal structures of travelling cranes.
DLCt TJ1363.B74
SO.- Manufacturing and Mechanical Engineering in the Soviet Unionj
Library
'If Congress, 1953.

BOGUSIAVSKIT, P. Y11.
"Experimental Investigations of the Metal
Constructions- of Crazes. 0
Sub 12 XEq 47, Moscow Order of the labor Red Banner
Higher Technical School
Imeni. 9. E. Bauman Cq,,Z1 -, , ,
n~.L, :~r,
Dissertations presented for degrees in science and
engineering in
Moscow in 1947
SO: Sum No. 457, 18 Apr 55

1. BOGUSLAVSKIY, P. E.
2. USSR (600)
4. Cranes, Derricks, Etc.
7. Theoretical and.experirmntal research on the dynamic
coefficients for traveling
crane bridges., P.E. Boguslavskiy., (Izd.) VNIPTMASH no. 1,
1949.
9. Month List of Russian Accessions, Library of Congress, APRIL
-1953, Uncl.

U
BABK IN. S.I.. kandidat tekhnieheakikh naule; BALAY,'iHIN,
B.S., ornfeasor,
doktor telchnichaskikh nauk; RUZZLIMAN, H.D., inzhaner:
ULYAYZV.
Y.H., kendidat tekhnicheckikh nauk; BIROEP. I.A., kandidat
takhni-
chaskikh nauk; :jCGUS4&jjLLjAj9*, kendidat tekhaiceskikh
nauk:
BORUVIGH. L.S. Zandidat takhnichaskikh nauk. VOLIHIR. A.Z..
orofessor, doktor takhnichookikh nauko, GONTIBIM. Yu.M.,
inzhener-,
GQRODJCTSTIY. I.Ye., professor, doktor takhntcheakikh
nauk*-. GORDON,
V.O., professor; DIHMBM. karAidat tokhnicheskilrh nauk;
WSCHATOV. Y.Y., inzhener, IVAHOV. A.G., kandidat
takhnicheskikh
nauk; KINASOSHVILI, R.S., professor; XODWIR, D.S., kandidat
takhni-
chaskikh nauk; KOWMITTSIV. A.A., kandidat tekhnichaskikh
nauk;
KRUTIKOV, I.P.. kandidat takhaichaskikh naulc-, KUSHULI,
M-Ya., kandi-
&At tekhnichookikh neuk: LIMUS011. YO.M., in2hener:
MAZYRIU, I.V.,
inzhener; KALININ. N.N., kandidat takhnichaskikh nauk,
HARTYliff. fi.D.,
kandidat tokhaichookikh nauk; VlBzMO, N.Ya., kandidat
tekhnicheskikh
mauk; RIKOIAMCV, G.A., professor, doktor tokhnicheakikh
nauk;
PSTRUSBVICH, A.L. doktor takhatcheskikh rwuk-, POZDHTAKOV.
S.N.,
doteent.- PONAHORIV, S.D., professor, doktar takhnichaskikh
nauk:
PRIGOROVSKIL R.I.. professor, doktor tekhnichaskikh nauk:
PRONIN.
B.A.. kandidat tekhnieheskikh nauk; RISHETOV. D.N..
professor, dortor
tokhnicheakikh nauk; SATSLI. N.A., prefea-tor, doktor
takhnicheskik-h
nouk; SIRANSEN, S.V.; SLOBODKIN, H.S., inthener; SPITSYN,
N.A.,
professor, doktor takhnicheakikh nauk; STOLBIN, G.R.,
kandift t
takhnichoskikh nauk; TAYTS, B.A., kandiat takhnicheaklkb
nauk;
.TETBLIBAMt, I.M., kandidat takhnicheskikh naidr; UKAWKIY.
A.A.,
professor, daktor takhnicheakikh nauk-, YRODOSITEV, 7.1,,
profesnor,
daktor tekhalcheOlkh nauk; (Continued on next eard)