SCIENTIFIC ABSTRACT BOGDANOV, V.S. - BOGDANOV, Y.A.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205910001-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

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1. BOC'mNJOV, V.!;.
2. USSR (6CO)
h- Electric Circuit Breakers
7. Reclosing gear PS-10 with a dauble magnotic system, Hab.energ I no. 3, 1953.
9. Monthl List of Russian Accessions, Library of Congress, APRIL 1953, Uncl.

DOGDANOVp V*�j., student.
,1_000A~' '11~
Investigati4g the centers of some types of crose-sections. TruAy
LVMI no.6tl45-151 157'. (MIU n95)
(Strains and stresses)

62-58-5-3/27
AUTHORS: Mikhaylov, B. M., Kiselev, V. G., Bogdanov, V. S.
TITLE: Radiation-Chemical Conversions of Orcanic Substances (Radia-
tsionno-khimicheakiye prevrashcheniya organicheskikh veshchestv)
Communication 3: Conversions of Ethylene Under the Action of
Rapid Electrons (Boobshcheiiiye 3. Prevrashcbeniya etilena,
pod vliyaniyem bystrykh elektronov)
PERIODICAL: Izvestiya Akademii Nauk SSSR IOtdeleniye Khimicheskikh Nauk,
1958P Nr 5y pp. 545 - 549 (USSR)
ABSTRACT: Mund and Kokh (Reference 2) investigated for the first time
the radiation-action of high energy on ethylene. They found
out that ethylene is -onverted into hydrogen under the
influence of a-particle3. Lind and hie collaborators (Refer-
ence 3) obtained hydrogen and small quantities of methane and
ethane by means of irradiation of ethylene by a-particles.
Mak-Lennan and Patrik (Reference 4) discovered also acetylene
besides H 2 and CH4 in the reaction products of the radiolysis
Card 1/3 of ethylene. Moreover it was found thut ethylene is con-

Radiation-Chemical Conversions of Or,3anic Substances. 62-58-5-3/27
Communication 3; Conversions of Ethylene Under the Action of Rapid Electrons
verted into polyethylene or into liquid products on the
action of y-radiation. In the present work, the conversions
of ethylene under the action of rapid electrons were inve-
stigated,ass well as the influence of the irradiation-time
of the initial pressure, the dilution of the initial ethylene
by means of nitrogen and hydrogen. Gaseous and liquid reaction-
-products were subjected to the analysis. The authors found that
the initial products of the radiolysis of ethylene do not
represent hydrogen and methane, as was previously assumed, but
butane and acetylene (References 2 to 4). The gaseous reaction-
products containbesides butane and acetylenesmall quantities
of C2HV C4 H8 and H2P as well as traces of propylene. Liquid
reaotion-Droducts (bjiling out" up to 13ooC) consist of ali-
phatic hyarocarbons C6 and C.. The highest fractions contain
important quantities of aromatic and unsaturated hydrocarbons.
The formation of hexane, octanes of butane and other highest
alkanes is carried out by means of the condensation of alipha-
tic biradicals and of an even number of carbonvatoms with sub-
Card 2/3 sequent hydration of the same. Tho energetic yield of reaction:

Radiation-Chemical Conversions of Organic Substances. 62-58-5-3/27
Communication 3: Conversions of Ethylene Under the Action of Rapid Electrons
16 molecules per loo eV. A reduction of the initial pressure
increases the degree of decomposition of ethylene without in-
fluencing the course of reactibn. A dilution of ethylene by
moans of nitroGen increases the conversion substantially
(with intense reduction of the yield of gaseous hydrocarbons).
A dilution by means of hydrogen does not influence the radio-
lyaia of othylene* There are 2 fiaiires? 4 tables and lo refor-
onces94 of rhich are Soviet.
ASSOCIATION: Institut oraanicheskcoy khimii im. N. D. Zelinskogo Akademii
nauk SSSR ( Institute for Or.-anic Chemistry imeni N.D. Zelinskiy,
U US
I SR)
SUBMITTED: February 32 1957
1..Organic substances--Effects of radiation 2. Radiation--Chemical
ffects
e
I
Card 3/3

8/076/60/034/05/17/038
B010/t002
AUTHOR: Vogdanov, V. S. (Pnerki,A)
------------------------
TITLE- Investigation of Aorosol.~L Formed During Radioehomical
Reactions if
PERIODICALt Zhurnal fixioheekoy khimiiq 19609 Vol. 34, No. 5,
PP-1044-1049
TEXT: The author investigated th,a formation and the further changes of
aerosols which are formed by bombarding various gases with fast electrons
under different conditions. For this purpose he used a brass veasel
(Fig. 1) into which an electron beam was introduced from above, and through
which a beam of light passed from the side (through two opposite glass
windows). The light was weakened y the formation of an aerosol mist,
which was recorded by a rsn-RGZP-47) mirror galvanometer via a phito-
cell. The dispersity and-fh-e---eTectrical properties of the aerosol wer, *A'e-
termined by means of_q, Millikan condenser.,Gas analyses were carried out
by means of a BTM-2`~TVTI-2) apparatus. The author undertook experiments
with illuminatrn-ggas (96% CH 4, 3% N2, 0.6% C2H6 and 0.4% H2), methane -
oxygen mixtures (75% CH 4 and 25% 02)9 methane (98% CH 49 2% N2)1 and
Card 1/2

Investigation of Aerosols Formed During S/0-16/60/034/05/17/038
Radiochemical Reactions BOIO/BO02
ethylene (96.2% C2'1 49 2*5% H29 0*8% N29 0-5~ C2H6) , and studied the effect
of electron bombariments, temperature$ and pressure upon the formation and
the properties o? the resul-ting aerosols. It vas found that the particle
size of the aerwiols formed in methane amounts to some tenths of a micron
Table 1), and thiA the particles are partly positive and partly negative
oharges of 1 11 elementary units). The major part of particles (66%)
~
has charges olk' - 3 elementary units# and the number of charged particles
depends on thfi dpgree of dilution of the aerosol (Table 1). Data on the
mean charge calct.,lat,~4 from P. Lissovskiy's equation (Ref. 6) are given
in Table 2. Furthermore, the author studied the deperdence of concentra-
tion and yield ef aerosols produced from methane on the amount of adsorbed
energy. The yie~Ld in ethylene is 32 times larger than the highest yield
produced in methane. Finally, the author thanks Professor No No Tunitskiy
for his valuable advice. There are 6 figures, 2 tables, and 6 references:
5 Soviet and I American.
SUBMITTED; August 15, 1958
Card 2/2

BOGDANOV, V, 5..-Cand. Chem. Sci. (dies) "Investigation of Aero-
sole Arising in Radiation-Chemical Reactions.'~ Moscow, 1961, 14
pp. (Scient. Res. Phys-Chem. Instit. im. L. Ya. Karpov) 150 copies
(KL 6upp 12-61, 255).

2t)W4
S/062/61/000/008/0001/010
\67 4,6 oo B117/B206
AUTHOR: Bogdanov, V. S.
TITLE: Dispersity and electrical properties cf a-rcsols fcrmirg
during radiolysis of gaseo,.~s hydreoarbo,,:~
PERIODICAL: Akademiya nauk SSSR. Izv-~tiya, 1A.~mi.oh-?qk1kh
naukp no. 8, 1961, 1520--~, ~
TEXT: The author investigated the disperaily arkd ;rcp,?rt',e2
of aerosols formed during radiolysio of methan-~~, v-hane,
n-butane, ethylene, methane-oxygen mixture (4-1.1 q.-;d ethy~-r...-:,xyg~,n
mixture (1:1). The radiolysis was done in a 2 1 metal react4on-vessel on
the accelerator. The mean energy of the accelerated ?',~-,troris amounT-?d to
112 kv after they have left the outlet. The aerosols formed were
investigated by photographic oscillation method according to N. A- Fuks
and .1. V. Patryanov (Ref. 3: Zh. fiz. khimii 4. 567 i",955),
1. V, Petryanov, P. V. Lisovskiy and G. L. Nalanson, Z.a-cdok laborallorriya,
N2 10, 1219 (1948)). The potential on the cond"nsAr plat,~s amounted tr
80 v, the distance between them to 2.08 mm. Thp
Card 1/5

26404
S1062J6
Dispersity and electrical properties... BII7/B2V,
the reversal of the direction of the eleotri~ f 1 ~-~a j 2 ?e
When calculating the sizes and charges of thp partlclvz~, -.'- ", 7 -"~;T v: r''! 1 !'-9
viscosity coefficients were used. The density .,f t~;- 6V'-f--;&tS Was
assumed to be equal to the density of the oondensRte TI-I's %-13 detirrn~--d
by a pycnometer. The aerocols were always prcdu-:~ed wi*h i
concentration of I mg/l. This was determined by an C"IT iSPP) tip-z--w-ial
filter. The countable concentrations were determined an
microscope of the type BAK-4 (VDX-4)9 the mc-de of whi!::h w~~Lj
described in Ref. 5 (B. V. Deryagin i G. Ya. Vlaa~rik,~, St, id"I
oblasti Izucheniya aerozoley" Izd. AN SSSR. M. -L- 11049, Al
experiments were made at room temperature lWh ji!7
1- 100 pa and a gas pressure in the reactor (,f p - I k g!': 0In t~rd-r tt3
obtain the weight concentration of 1 mg1l, the i rrad -a, !;MC-I W119
changed between 6 see and 30 min, according to the pa, zzlz~ed. T lv~
countable concentrations during irradiaticn of the invest~&-,ied
were: 5.8-10 6 f- OR 4' 5-7'10 6 for C2H6, 6.o-io6 'ror 0,11 6' 518110 6 for
n-C H10, 6.0,10 for 6 for CH +0 and "-.'?*'C L a r t '~. 0 1 4-~ a/.Cm3
4 C2H4' 5.4-10 4 2
Card 2/5

26404
9/062/61/000/008/009/010
Dispersity and electrical properties ... 3117/B206
for C 2H4+0 2' The number of meanured particles for aerosols vas 252 CH 41-
232 C 2 H6, 212 C3H8, 231 n-C 4H10, 290 C2H4' 220 CH 4+0 2' 234 C2H4+0 2" The
sizes of the particles were within the range of the radl! from 0-4 to 2 pi
the main mass of the particles being distributed within a still narrower
range: between 0.9 and 1.5 A. For experiments with ethylene.. the
distribution cu-~ve is displaced into the range of smaller radii, for
experiments with C 2H 4+02 into the range of greater radii. Compared with
the method of the perpendicular electric field (Ref. 1; Autor, Zh. fiz.
khimii, 14, N2 5, 1050 (iq6o)), the method described prcdu~-.%ee moreaccurate
results, since measurements may be made within a ff.-w m1ruteg, whereby the
aerosol systems hardly change. The dispersity cf th,~ aerosols may be
differential according to radiation intensity and absorbed on-4rgy, Thus,
when irradiating methane with a dose of one tenth only, more highly
disperse aerosols were obtained. On the one hand, aerosols are forming
during the irradiation of gaseous hydrocarbons accordirg to the meohanism
of a chemical condensation at room temperature. On the :ther hand, they
form right from the start in strongly ionized, bipolar atmcz4phere.. For
this reason, the majority of the particles is charged. In contrast to
Card 3/5

26404
S106216110001100810091010
Dispersity and electrical properties ... B117/B206
condensation aerosols. The charge of the individual particles was
mea6ured simultaneously with the determination of the dispersity (Table).
60 to 80 % of the particles were found to be charge(] negatively as well a.4
positively. The quantity of the charge varies between 1 and 67 elementary
chargeR. The overwhelming majority, however, has relatively small -charges.
There are 2 figures, 1 table, and 6 Soviet referencas.
ASSOCIATION: Institut organioheskoy khimii im. N. P. Zelinskogo Akademii
nauk SSSR (Institute of Organic Chemistry imerii
N. D. Zelinskiy, AS USSR)
SUBMITTED: February 21, 1961
Card 4/5

5/020/61/136/001/025/037
BO04/BO56
AUTHORt BoRdanoy,V, S.
TITLE: The Formclor of Aerosols During Radiolysis of Gaseous
Hydrocarbuns
PERIODICAL: Doklady Akadenii nauk SSSR, 1961, Vol. 136, We. 19
pp. 121-124
TB)M Investigation of formation and destructiun of aerosols under the
effect of radiolysis of gaseous hydrocarbons is the aim of the present
paper. Optical method of investigation and determination of aerosol
weight concentration was already described in Ref. 1. Irradiation was made
by 112-kev electrons. For comparison with the investigations described
in Re-rs. 2-7, experiments with ethane, propane, n-butane, ethylene,
propylene , and methane-oxygen mixture were made in a brass reaction vessel
those with acetylene in an iron vessel, and those with ethylone-oxygen
mixture in an aluminum container. Volume of the vessels was 2 liters.
Fig. 1 illustrates attenuation of liGht versus time for the aerosols 0
produced during 30 min of irradiation of C 2 H69C3H., and n-C 4H10 at 20 C,
Card 1/5

86574
The Formation of Aerosols During RadiolysiB S/020/61/136/001/025/037
of Gaseous Hydrocarbons B004/BO56
1 atm, and an intensity I of the electron beam of 10p
%and 100pa. Fig. 2
'
shows the results of irradiation of CH 4 + 02 (4 1), C2H4 + 02 (1 1 1) at
.p - 1 atm, I - 100~,a, t - -10 0C (curves 1,2) t 200C (curves 3,4) and of
C
H
at p - I atm, t - 200C, I - ~ta (curve 5) and 100
pa (curve 6). Time
,
6
3
of irradiation for curves 1-5 was 30 minutes, for curve 6, 10 minutes.
Temperature depen(lence of aerosol formation is discussed and referred to
+ 0
the formation of various products (in the case of CH
chiefly HCOOH,
2
4
HCOH, and peroxides, in the case of C 2H4 + 02 chiefly products with high
boiling point), The chRnges in the aerosol phase affect the course of the
radiochemical reaction. Fig. 3 shows weight concentration versus time for
aerosol's produced by radiolysis of C 2H6'0 3H., n-C4H1C, CH4 + 0 2 (4 1 1),
H
+ 0
C
(1 : 1), t - 200C, p - 1 atm. Fig. 4 gives the weight concentra-
2
2
4
tions for C2R 49 C3H61 C2 H2 aerosols. It was found that in the reaction range
the aerosol phase is enriched with increasing dose with different rate and
concentration for different hydrocarbons, and that a subsequent deartruction
of this phase takes place.The aerosols last a short tLme after irradiation.A
Card 2/5

88574
The Formation of Aerosols During Hadiolysis S/02oj6l/136/001/025/037
of. Gaseous Hydrocarbons B004/BO56
considerable portion of the products formed on radiolysis passes the
aerosol phase. There are 4 figures, 1 table, and 7 references: 6 Soviet and
1 US.
ASSOCIATION: Institut organioheakoy khimii im. N. D. Zelinskogo Akademii
nauk SSSR (Institute of Organic Chemistry imeni N. D. Zelin-
skiy of the Academy of Sciences USSR)
PRESENTED: July 7, 1960, by B. A. Kazanskiy, Academician
SUBMITTED:. July 5, 1960
Legend to Fig. 1: a) C 3H 81 6) C2H6; (?) n-C 4H 10; 1) minutes, 2) luminous
flux.
Legend to Fig. 2:.&) CH 4 02; 6: C2H 4 + 02 ; 9: C 3H6; 1) minutes, 2) luminous
flux.
Legend to-Fig. 3: a) CH + 0 C H + 0 C H
I ) mip'iftes', 2) mg/l. 4
Card 3/-5

88574
S/020/61/136/001/025/037
3004/3056
Legend to Fig. 4: a) C 3H61,6: C2 H41 Q 02H21 1 minutes; 2)'mg/l..
Pit
Card 4/5
A)
ri Y'L
.4
to 9v 30 49 ovvv. 4)

88574
B/020/ti/136/001/025/037
B004/B 56
.3 Jo
L40,vwt A)
Card 5/5-

h )2"9
U/844/62/000/000/'072/129
D214/D307
AUTHOR: Baqiancy,-3L,-S-
TITLE: Aerosols formed during radlechemical reactions
SOURCE: Trudy Ii Vsesoyuznogo soveshchani'ya po radiatsionnoy'khl'
mii. Ed. by L. S. Polak..Moscow, ;zd-vo AN SSSR, 1962,
415-40
TEXT: The formation an ,d destruction of aerosols was studied during
the exposure of various saturated and unsaturated hydrocarbons.
Weight concentrations of the aerosols and-their ability to absorb
light increased to a maximum and then decreased with increasing
times of the exposure. The highest weight concentration was found
H (40 rg1l) for a dose 1022
in C of 1.75 x and the loviest in CH
3 6 22 4
(1.2 m&/1) for a dose of 4.3 x 10 ev. An increase in the beam in-
tensity from 10 to 1U0 pa changed the weight'boncentration of the
aerosol in n-C 4H10 fron.'2.3 to 7.5 mg/1 (dude!= 1.1 x 1022 ev),
while in C 21
06 (dooe = 3.5 x 10 ev) the concentration fell from
Card 112

St'844/62/000/000/072/129
Aerosols forsmed during D214/D307
11 to 9.5 mg/l. The number'6f radiochemicall'y changed molecules of
the hydrocarbon found in t'lid aerosol per 100 ev (G. ) increased with
exposure in~CH passed through a maximum in C H and C H and de-
41 l :12 6 3 8
creased in all other systems atudied. G values for the unsaturated
a
hydrocarbons were higher than for saturated compounds. The radius
of the droplets in CH 4 (exposure time = 30 min, -atmospheric pressure,
20 C, intensity,'=oIOL)/A&LP weight concentration 1.2 mg/1) was, 0.2 -
0.6 u. Up to 80,, f the droilets were charged with 1 - 10 units,
half of which were negatively charged. There are 4 figures and 1
table.
ASSOCIATION: Institut organicheskoy khimii AN SSSR im. N. D. Ze-
linskogo (Institute of Organic Chemistry h8 USSR im.
N. D. Zelinskiy)
Card 212

CREGOLIN, Pj4.- BOOMOV V.S.
Lnl~~~
Automatic photoelectrcnia decoder of printed lnfo=ation. 1z7..
vyo.ucbeb.zavo; prib, 5 no.6&58-66 162. (HIRA 3.5s12)
1. Pyazanskiy radiotekbnieboakiy Institute, Rakmendoveme, kafedroy
priboror upravleniya I vyohislitellnoy t4ftikie
(Electrcnie data prooessing)

.ts _711%-
ki; M- 62 001
A,. --A-rsu~Aws:# U a 0 _-~G OU
FZ1
Hoyt y bi4aanb~, -V S
Ir
A 'SOURCE; AN SSSR. Izvestiya. ~Serlya khtmirlheskaya, no. 8, 1964, 1524-1526
w nve y6in,
TOPIC TAGS: ater.gas, water gas co rsion, fast electrons, radiol
-.1 yi. OY6X4, irb. r
n 3 box
reaction mechan!sm, D car on C 0 u ide glycol aldehyde,
meihwi6l. i~eroxide formation
T lec -4 teg ------
isloy- fast~e tr6hb 016---ke ',:-in' ral-dose_-~r
ABSTRAC -':-The iadiol~sj ate
CO I-
0. 23 ev) of mixtures- of CO and Hq Was studied under equilibrium nd;
T d t:y' 1d. depenrd
ions at room temperature. _he'.P0 uc ie ing on -initial c mpoiaitioy~
-subjected to I d' I lis' bummarized -in fig. 1, The main oxygen-contaiining
pr (C to lycol sldehyda,'metha-
oducts were- glyoxa YCO' and suboxidei,
2 3 2 x; no g
nol peroxides hydroeaj~bons were detected. A small amount of H
increased the -ition Df.C0-.,, add.
113

L 217-77-65
ACCESSION-Ut AP404470t.
4
P
LL w-

MIKHAYIDV, B.M.; KISFJM, V.G.; BDODANOV, V.S.
Conversion of water gas by fast else roni. Izv. AN SSSR. Ser.
khim. no.8:1524-1526 Ag t64. (MIRA 17s9)
1. Institut organicheskoy Ihimii im. N.D. Zelinskogo AN SSSR.

MIKHAYLOV, B.M.; BOGDANOV V KISELENS V.G.
, S *~~
Reluction of carbon dioxide by 1-4drogen under the affect of fast electrons. ' ~.
Izv. AN SSSR. Ser. khim. no.7:1271-ik/3 165. (MIRA 18:7)
1. Institut organichoskoy khimii im. N.D.7,e-Unskogo AN SSSR.

...-.:,Aim,ntal di',arminaLion c!' %oWmc jump on t~e melting of berAzene
kFr Zhur.ftz.kbim.
u.-id riJ,trobenzene und,4r pressure an tj 10,000 /(,m2.
.';? lic,610t2520-2525 0 165. (MILRA 18:12)
a. Vsesoyuznyy institut J. ranlotaklmicheskikh
izzerenly. Submitted August '~, 19~4,

of' triaillylberon 'by. means -of NHR spectra led to
ABSTRACTt The s tu_(LY
.the discovery of allylic rearrangement in this compound. 'This rear*#
:rangement is shown as followai,
-.transition-*(C,11' _CtIj-CIII=GIIj
SP
state
The rate of this rearrangemov%t vAri4s vith t4mparaturat Irom 4.7 r-ps at
~M250 to 3.3 cps at BOG The lifetime for each state in this temperatur4
range varies from 2-104, to 3-10 -4 secd The calculated activation en-
:ergy of theprocess is-11kcal/M. The authors intend to continue their
istudies of boron allylic compounds. Orig.. %rt. has: I-formula,
,.SUB CODE: OT SUMB DATE: Mov65/ ATD PRES 219 JEW)
.Card 1/1. 1/1-

L 23736-66 ',1A(d-)/T/EV4?~t EVIP~ lij! WDl~yq
!ACC NR:*AP-6006801 SOURCE CODE: W63' D/ /OOiYOI J14C//9.3(u47'*'
jAUTHOR.- Bogdanoy S.
-it d
1 ORG: All-Union !'JcientifidRdgohr6h-Inatitut6'of PhyiAcotec-ha
vatel I ski
iRadint-pchnical M gsurementa-1,Ysesoyuznyy.nauchno-isaledo y
institut fiziko-tekhnicheskikh i radlotekhnicheskikh izmerenly)
TITLE; Jump in volume and.MIting curve of cesium at pressuies up to
2
17,000 kg/cm A/
S-OURCE.- Zhurnal eksperimentallnoy i tooreticheskoy fiziki. Pissmai
v redaktsiyu. Prilozheniye, v. 3, no. 1, 1966, 44-47~
TOPIC TAGS: cesium, melting,.pressure effect, temperature dependence~
ABSTRACT: The author sbowb that.confirmation of the experimentally,
observed maximum on the.m-elting curve of cesium, which Is presently
under doubt because theexperiments were carried~out in apparatus
with a quasibydrdstatic medium, and which cannot be checked otberwisei
for lack of a complete theory of nielting~ can be verified by measure-_~-
ment of the jump qf-volume along the melting curve. On approachir
Ca 1 2,
rd
77-

4~0
L 23P36-66
ACC NR: AP6006801
the maximum the magnitude of the volume should tend to zero, in ac;...
cord with the Clayperon-Clausiusequation, He -then reports an ex-
periment in.which this volume jump was determined, using apparatus
-and a procedure described in detail elsewhere (ZbFKh V. 39, 2520,
1965). A plot of the dependence of the volume jump on'the melting
temperature is. presented and is shown to fit the empirical. formula
AV = 0.0125 - 0.066 log(T/302.9).. Extrapolation of the plot to zero..*-..,
jump yields a temperature of 469.2K for the maximfim on the melting
curve of cesium., and agrees with the value (470K) obtained by G. C.
Kennedy et al. (Pbys..Rev..126,1363, 1962). The pressure variation'..
of the melting temperature obtained-by the author differs somewha
t
from Kennedy's data, Which were obtained with a quasibydrostatic
medium, and the reasons for the systematic discrepancy are explained
It is concluded that the e?cperimental measurement of the jump in the
volume -of cesium as a function, of the. melting temperature points to
the existence of a maxinnifil on.the melting,curve. Orig. art. ~bas., .2
figures and I formula.
SUB CODE: 20/ SUBM DATE OTH REF.
1 ORIG:REF: 003/ 005
Le
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L 36517-66 EWT(m)/EWP(j) TV ~J'
cc k,
AX017885 SOURCE CODE: UR/W-i/-
AUTHOR: Bo anovt Vo S.; Iagodzinskayag 0. V.; Pozdnov, V. F.; YAkhaylovo B, M.
V
ORGI Institute'of Organic Chemistry im. N. D. Zejinqkjy.~ Aoadenz of Scionots, SSSR
iti organicheskoy khimii Akademii nauk SSSIq
-TIT131 A3-lyl rearrangement in a13,viboracyclopontanciand triaLlvlborano-pyridine
SOURCES AN SSSR. Izvestiya. Seriya khimichaskayag no. 5, 1966, 944-945
TOPIC TAGS: organoboron compound,. NIV-spectrum
ABSTRACTS The IM spectra WHO of al-lylboracyclopentane UCH2) ?_'C~ H,;], dimethyl
,allylboronate [( H (OCH )p oronic anhydride (C3H5BO), d allylboronic anhy-
dride ffl~ J, allyjb .3H ) I triallylborane-pyridine cc lex
. P)2B berate [B(OG 3
C(CqH ),IB- I '*4SI
1; ;H43, tri amino [(C,~MM and totraallylailane [(C3H3j , were in-
vestikated at various temperatures, hexamethy1disiloxane as the internal stan-
dard* The equilibrium exchange of CH2 groups in the allyl radical was found to occur
only in two compounds, i.e., allylboracyclopentane and trie1lylborane-pyridine. In
allylboracyclopentar* (as well as triallylborane), the foUowing equilibrium exohange
occurst
BCH2C&C*H2 transition state BC*H2Cff_-Cjj~,
Card
UDCS 542-952-1 + 661,718.4 + 541.67

L 36517-66
SUB CODE: 07/ SUEM DAM 161feb66/ ORIG REFs 001
ACC NR: AP6017885
but its rate is less rapid than in trially1borano. In the triallylborane-pyridine
complexi an AX4-type spectrum arlseB only at about 16000, and the rate of exchange is
two orders of magnitude smanor than in triallylborane. . When the complex is diluted
'With pyridine, the rate of exchange drops by a factor of approximately 4v which leads
to the assumption the. the allyl rearrangement occurs at the instant of dissociation
of the complex.

NO V L
BULZARIA/ Chemical Technology. Chemical Products ancl Their 1-7
Applicatioa. Pesticides
Abe Jour : Referat Zhur*- Khimiya, No 4, 1957, 1241o
Author : Bogdarov Vasil T.
Inst : R14nrs--rr-y --of Aj-1-culture
Title : Comparative Characteristics of Arsenic-C7ntainiiig
Insecticides Used-as Sprays in Bulgaria,
Orig Pub : Sravnitel'na kharakter:Lstika na upotrebyavanite v B"
lgariVa arsen Wld"pwhashchi insektitside za pr"skane.
Nauch. tr. M-vo zsried. Sor. rustennev"detvo, 1956, it
No 2, 41-48 (Bulgarian;.Russian and English sumnaries)
Abstract Characteristics are provIded of the fo" owing products
of the plant imeni Angell Vylav- Paris Green (I), arsena.;
tea of Fb (II) and of Ca (III). Described are i~e quali.
ty control standards for I, II and III, and their inade-
quacy is pointed out, and other indices are proposed in
lieu thereof. Conparative remIts are presented of
Card 1/2 - 33 -

STEFAVOVICH, M.A.; SHPARBER, L.Ya.; BOGDANOV.,_I.V.,_,___
-
Reducing effect of gases in blast furnace stacks. Stall 22
no.8:687-692 Ag 162. (MIRA 15:7)
1. Magrdtogorskiy gorno-metallurgicheskiy institut i
Magnitogorskiy met&Uurgieheokiy kombinat.
(Blast furnaces)
(Gases)

BOODANOV9 V.V.
Making large products without using cement. S~roi. mat. 7
no. 1:17-19 Ja 1.61, (MIRA 14:1)
1. Glavnyy iii7lener z-avoda zhelezobetonkili~"izdeliy
YAlininskogo sovnarkhoza. f
(Kalinin Province-Precast concrete)
(San4-IJme products)

ACC NR. AP603~893 SOURCE CODE: uR/AlVF6/66(~jc~i~/6~3~/oljq
INVENTOR: Gol'tsman) F.M-~, Birman, A. Ye.; Moiseyev, 0, N.; Slutakovskiy, A. I.;
Bogdanov, V. V.; Yungans, V. Yu.; Kartavtsev, S. M.; Nakhamkin, S. A.
ORG: None
TITLE: A device for producing summation tapes based on the method of controlled di-
rectiona.1 reception of seismic waves. Class 42, No. 1BT333
SOURCE: Izobreteniya, promyshlennyye obraztey, toVarnyye znaki, no. 20, 1966, 130
TOPIC TAGS: seismic wave, seismography, data analysis, electronic equipment
ABSTRACT: This Author's Certificate introduces; 1. A device for producing summation
tapes based on the method of controlled directional reception of seismic waves. The
installation consists of a magnetic recorder, amplifiers and a multichannel summation
unit. 7he speed of seismogram, analysis is increased by basing the multichannel sum-
mation unit on delay lines equal in number to the channels to.be added. Taps are
made from each line corresponding to the various directions of summation, as well as
taps from the various delay lines corresponding to one and the same direction of sum-
mation. These taps are connected through decouplers and resistors placed at the in-
puts of the summation amplifiers to filters with their outputs connected to recording
galvanometers. 2. A modification of this device in which the winding of the step

ACC NR, AP6035893
switcher which reverse the magnetic recording heads is connected to a contact mecha-
nism on the magnetic recoring drum. 3. A modification of this device in which scat-
ter in the amplification factors of the summation amplifiers is compensated by making
the resistors at the input to these amplifiers in two sections, one of which is a po-
tentiometer. 4. A modification of this device ir. which summation quality ia improved
by using an automatic amplification contiol eystem after the freq7aency filters during
playback.
SUB CODE: FO-91-OBL SUBM DATE: 23Apr65

ACC NR:
,INVENTOR:
iORG: None
AP7002979 (A] SOURCE CODE: UR/Ohl3/66/ooO/024/0077/0077
Slutskovskiy, A. I.; Bogdanov, V. V.; Yungans, V. Yu.
ItTITIS: A procedure for making kinematic corrections in analyzing seismic recordings.
!Class 42, No. 189599 [announced by the All-Union Scientific Research Institute of
iGeophysical Exploration Methods (Vsesoyuznyy nauchno-issledovatel'skiy institut
igeofizicheskikh metodov razvedki)]
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 24, 1966, 77
TOPIC TAGS: seismologic instrument, wave analysis, tape recorder,
ABSTRACT: This Author's Certificate introduces a procedure for making kinematic
corrections in analyzing seismic recordings tape-recorded by the reflected wave
method. Time delay is used for Improving accuracy during forward or reverse playback
of the oscillations. A programmed switch is used for varying the number of links in
the electric delay'line during transcription of a single channel. This switch is me-
chanically connected to the rotating axle of the magnetic tape drum. In passing from
transcription of o6e channel to transcription of another, the delay time of each link
and oi* the line as,a whole is changed by varying the magnetization current passing
through the auxiliary windings of the chokes in the delay line in such a way that cor-
rections are made for any channel by exact formulas in minimum time.
SUB CODE: 08, 09/- SUBM DATEz MugW
1/1
UDC;,550-834

BOGDANOV I V. 4. in#~rukfidr
Creatively, vith all their beartses., Okhr# truda i sotoo otrakho
3 no.9:25-28 S 160. (MIRL 14:4)
lo Sverdlovskiy-obloovpro:t.
OvercUovsk-TurbmachlAos)
(SvetcIlovsk-Industrial -.hygiene)

i BOGDANOV, V. V.
Interesting activities. Okhr.truda I sotS. strakh. 5 no.2:17
F '62. . (MIRA 15:2)
(Mining engineering.. -Ifygienic ispects)

A I
--i~~'Itha neiaes ir'ecOv ~int*O,*6 -CDM- !,j--:-,-,--~:l-
whicb -are led--d
iputer. Ab. a'sk problem, is'. tM rel~6illty. cl-measurements dvring prolorq,,,red
-b- -thia"u --4j b-t-beir
WgIv. :wItIfeldern nltrftiFenca.la". oyemtift is n
e* per a
UO~ M
p0 nts
pod
-di
-n
e-, -it e"LaLi,'aemconductortbLtmistots connf
of a measu!#g-!~ ell
are used (Fig. 2). Conditioned

Fj:-

-0-

'Lit
-,Table'l. .-Methi -a
pace, fllf;ht

Range of Fequind
ement
measur
J

se Ta iv

n
min

PDet=ojVapby:
Pei lon rate
6-120/imin

llmin
~j Cutaneous-tbermometry' --temperatura 26-4oc

YDtor activity iljllftz~ ~1~ Itif
uni
t

x!
7~
CUM I coutitmed on caid 4/9)
Emmm- ml

)602' 5~
-Ng: --AT301304
T
ON

7'' 7,: 7..

~:7

7_7

f

All

Oiitl)ut

ja~ A---
-77~ -7

ci
Fig. 2,', 0 for measuring,skir temperature

~6
7 flltgo U
pont
comrna.n
twif6ed -on;
4~,

Ag -e ii--- -Whei~.g-forces,
ht the, po, 6 d ortio
e. g~ rom
W6ns, an noise attain'rna~ijjjum n
i t4nsity, up to 5-10 min during the
l'--orb-ital portion. - - Thip comput2itionxate of the arithinetic unit for fixed-point
calculatiom is several. thousand M _nS per sec.- : The permanent sto~ragre
qjjek~ 10
3-the him
Carries the p ;A nst s, The microprogrammibg
e= co ant
rogram. am
rinciple is~vs&d inthe 6or d6t~~,t-unit is equipped with
Ar644 system. - -
fo
A f t.h
ic r.earrangemen i-o-.,-.~ eprograrn uri
a qui k h
~o d ng t e opera.-,
ion. vt hjw
ASSWI&IONt - none -
SUB CODE:': DPqP9
Sul
IPA 11-A008
:~4
tc~rd 9
7 -7- ~7:1 - i

ACCESSION NR; AT4037707 S/281355/64/003/000/0379/0388
AUTHOR: Vayevskiy, R. M.; Bogdanov, V. V.; Voskresenskiy, A. D.; Yegorov, A. D.;
Chekhonadskiy, N. A.
TITLE: The application of mithematical methods in space medicine
SOURCE: AN SSSR. Otdeleniyo biologicheskikh nauk. Problowj* kosmichenkoy
biologii, V- 3, 1964, 379-388 '
TOPIC TAGS: space medicine, mathematics, cybernetics, space flight, pulse rate,
acceleration, cosmonaut, manned space flight
..PSTRACT: This article deals with the interpretation of results and concepts
These articles were
PIrliosented in six articles which were published in 1962-1963.
wr tten ckiefly by the author of the article reviewed here.. It is stressed that
in the last few years new trends have appeared in biology and medicine where
matber-atical methods are extensively used. These trends appear to be of great
importance In space biology and space medicine because of special conditions af-
fecting biological experiments and medical protection of organisms during apace
"Card 1/3

!ACCESSION NR: AT4037707
flights. An important problem of space biology and medicine is that of obtaining
:scientific information during space flights and transmitting the information to
,,earth by means of radiotelemetering systems. The determination of optimal methods
14for coding such information which will ensure the mDGt effective utilization of
I
:channels is the most important factor in designing radioteleinetaring systems in
!space ships. For the solution ox'such problems the mathematical apparatus of the
;information theory is proposed. As an example, cortain problems in coding electro-'
!cardiograms are presented. The problem of coding of information includes the
problem of designing simple and economical doding devices such as digital com-
put~--rs, integrators, and others. Punctions to be porformed by computers in space-
ships and the principles of their design are analyzod. It is noted that develop-.
,ment of algorithms for computers in spacesbips is a very complicated problem whose
:solution will require the use of mathemati;a-L logic, probability theory, and
,other mathematical disciplines in addition to biological and medical information.
!As an example, an algorithm for processing alectroctirdiogramn is presented. The
methods Of mathematical simulation must be applied to the construction of schemes
for analyzing and prognosing changes in thestate o:!.an astronaut. Mathematical'
models reflecting the dynamics of physiological ind-5ces (pulse rate, blood pres-
a action of certain factors dw~ing apace flight can be
sure, oto.) due to th
.A ------

ACCMION NR: AT403?70?
developed on the basis of experimental data obtained in laboratories by using the
methods of mathematical statistics. Statistical indices such as mathematical
expectation, variance, and carrelAtion function must be established. Pecularitioa
encountered in determining statistical indices for space biology and space medicine
are analyzed. As an example, the problem of prognosing the pulse rate when a
cosmonaut is subjected to linear accelerations is presented. It is concluded that
quantitative descriptions of physiological procasnes and the construction of
mathematical models reflecting the principal ch=ges in organisms under various
space flight conditions are possible. The authors believe that the problems
analyzed in the article represent only a small part of the queationa in space
biology and apace medicine which will require mathematical methods for their aolu-
tion.
'ASSOCIATION: none
;SUBMITTERD.- 00
~1
'No =r sov.- oo6
ra, 3/~

ACC NRe PXQU11901 SOME
--INVENTOR. Slutskovskiy, A. I.;JkWanov, V. V.; Piahchulin, V. V.; Veksler, B. Ye.;
Ayzman,.Yu. A.; Malinakiy, S, A,
ORG: None
TITLE: Automatic gain control for amplifiers in seismic prospecting units. Class
42, No. 18182a
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. lo, 1966, 85
TOPIC TAGS: seismic prospecting, _wtomatic gain control
ABSTRACT: This Author's Certificate introduces an automatic gain control for ampli-
fiers in seismic prospecting units. The device io based on kithorts Certificate No.
119689. Recording clarity with respect to amplitude ic improved and the Vidth of
the-illegible vaahout zone is reduced in the region of first arrivals by using sta-
bilitrons in charging and discharging the filter, capacitor for various purposes.
SUB CODE; 09, 08/ SUM DATE; MaY63
UDC; -534t632;681,892

ACC NR, AP700564~ SOURCE CODE: uR/o4l3/6y/000/002/ao94/oo94
INVENTOR- Slutskovskiy,*A. I.; Rogdanov, V. V.-. Yunpno, V. Yu.
ORG: None
TITLE: A method for introducing kinematic corrections. Class 42, No. 190595
i(announced by the All-Union Scientific Research Institute of Geophysical Exploration
Mpthods (Vsesoyuznyy nauchno-issledovatellskiy instit# geofizicheskikh metodov
.-.-azvedki)
I
180MCE: Izobreteniya,.promyshlenny3~6*bfraztsy, tovarnyye znaki, no. 2, 1967, 94
TOFWTAGS: seismologic instrument, error correction, circuit delay line, magnetic
recording
.ABSTRACT: This Author's'Certificate introduces a method for input of kinematic cor-
ripctions during analysis of seismic recordings made on magnetic tape by the reflected
wave method. The procedure is based on the use of a multiple-element electrical delay
line in wbich the delay time is controlled by the magpetizing current and the number
of elements. To increase accuracy in the introduction of kinematic corrections, the
delay of the line is varied during retranscription of the oscillationn in one channel
changing.the amplitude of the magnetizing current in conformity with the first term
in the series of the kinematic correction formula. Aiprogrammed switch is used for se-
lecting the matching load impedance at the line output, and the number of elements in
the line during retranscription of each channel is selected in proportion to the square
.of the distance from the point of the blest.
SUB CODE: 080 091 SUBM DATE: 29Aug64
I Card 1/1 UDC: 550.834

go Cr AA #4 0 61; V. V,
CMIMSEZV, V.V., kandidat takhnichaskikh nauk; BOGDANOV, T.T.. inshener
* I lzil~lll,~If~7 ,
*I',- W-
low apparatus for testing the wear resistance of meWs. Sbor.st.
NIEOMOUU no.14:124-130 153. (MURA 7: n)
(metals-Tecti.ag)

SHAPIRO. M.B., inzhener; BOGDANOV, V.V., inshener.
Tempering crankshaft pine of oompreseors with an oxyacetylene torch. Vest.
mash. 3) no.10:56-58 0 153. (KIRA 6:10)
(Teupering) (Cranks and crankshafts)

%tA tv m -A g~.m
MMI M...
.-MAR .9 12.
v
11W Ho I
1-5
c i All
'00' 1.59 -0. -4.
f4 0";
ol
H min- .9
tit a.1-. 1413 -il
Al lin :V.
.9
I
da
O.U A
114 910
An
-01 lim 1131,1M I
nv A.14 .!i
0 "U
pn v I
d 141. : fi-H 2's.
A
ow -ID So In
o
'a i hTil
I'mm . ~1'4 , "
.4 C; A .;.A 1.44 A

LEPIKIIN, L.A., inzh.~ Prinimali uchastiye: STEFANOVICH, M.A., doktor
tekhn.nauk; BABARYKIN, N.N., kand.tekhn.nauk; IWASOV, A.G.,
kand.tekhn.nauk; SHPARBER, L.Ya., inzh.; BO DA-NqV inzh.;
ZHARKOVJ, P.N., master pachi; PANIN, O.G.7, Smas-ter-pec FEDDTOV,
V.G., master pechi; FEOFANOV, N.M., master pechi;SAGAYDAK, I.I.,
inzh., rukovoditellraboty
Evaluating the effect of various methods of charging a blast
furnace on the state of the gas flow in its upper part. Stall
23 no. 3:198-204 Mr 164. (MIRA 17:5)
1. Magnitogorskiy metallurgicheskiy kombinat (for Lepikhin).

BOGDANOV, V-V-
Mbr., Geological Institute, The Turkew Affiliate of the Academy of Scinnees of the USSR
"Problem of studying runoff from takyrsit
Izv. Turk. fil. AN SSSR, no. 2: 18-21 1949
(Submitted May 1948)

BCjGDIdIC,Vp' V.V., Cand Gool-lan Sci--(disrl) 7--nd thc, dov.1-bevring
capacity of the TarbagatayJX4W doposit:xr-rion." Lon, 1958. 19 PP (Yin
of aeoloCy and Gone ervation ol.,-JW- layjc~rvl Rlecuurcer, ft_~, USSR. All-
Union Sci Res~ ~eollinst')q 100 copies (10,,45-58Y 143)
-37

BOODAMV. Y.Y.
Pbysicogengraphical characteristica and hydrography of the Ponoy
Basin. Yodnonnerg.reatKollepoluoov noto:5-23 158, (MIRA 1213)
(Ponoy Valley--ftyqical geography)

BOGDAMV, V. V. ; BEMKOSKOVA, T. I.
I-
Linear characteristics of tbe'Kola Peninoula river u7stem. Isv.
Kar. I Kol'.fil.ANL SSSR no.4:83-89 158. (MIRA 12.-5)
1. Otdal gidrologii i g1droenergetiki Kollskogo filiala AN
SSSR,
(Kola"Penlnaula-~Rivers)

SHLYVDIF, N.O.; !0
Improving the characteristics of SO-26-51D seismic station
ripliflors, Rasyed. I pros. goofts. no*2lt4l-43 158.
(WRIL lItIO)
(Prospecting-Gooftitcal methods-lquipment and supplies)

BOODUOY, T. T.
A survey of the study of lakes of the Kola Peninsula.
Uch.sap.L(V no.292:160-195 160. (mIU l3t7)
(Kola Peninsula-Lakes)

-BOGUMV, V.V., RtarshiY Muchn" Gotrudnik-
Physicogeographical characteristics and the lake
of the Varzina and Drozdovka Basins. Vodnoenerg.
n0,4:5-38 160,
1. Kollskiy filial AN SSSR.
(Varzina Valley--Hydrography)
(Drosdovka Valley--Hydrography)
and river network
res. KD11. poluos.
(MIRA 13:10)

... BOGDANOV, V.V.
Features of lake distribution and impregnation in the river
basins of the Awmansk hydrographical region. Izv. Vses.
geog. ob-va 96 no.'51423-427 S-0 164. MTRA 17-.12)

'UQAT9 aXV GQOTA9p ;0 09U';A'Baa GOWn
~ad-;d uT ripeaq o~uanbaxj -Ioom p oWTod uT s*ATeA
4-~sjvu puv ~ad*;d axnesomd uo aA-EP-A GrPT-tig 9aprns
$ad-;d a3MqaT uo saaAnoT dv[j 9uTqTaosarp 9ueuT-j.vdTd
;0 QSMW SU;.~U04aad XO.T 8QXnSMZU 9813SMOSTC[ *049
failmnd UoTqono jo aoTqmmado UT UOT-:~dnajaqm; uoppno
"adTd 94v~uT jo ftig2oEn -EeTqxed xo atp-Ed= IlesdId
JO QrPTOUT ogn-Ed ti-4ava Z:)"moo se tjons $9aenvo jorum
x;alqq. I)ao sqovdmT oT,[ne--gq ;o suamouatld sezAtwy
6a-ga dd 'L Oll 'TOX~S tT9a4OxPTC
AOuW209 'VX *A x2ug '-E-IT& 0';TnvXP4
Cq me(l tj,.~~a uS"srau&Tm,;sj arlq. jo uo-;4c)nx,4euo:) aqq
ftTxn(I 88uT-lodTa uT stpudml 3-;-Cn-expA]g Ba-;qua.&aaa,,
a9 'Itir s=(j lsbT-[ne#AR 9a-TaaouT2ag/jWk

BOGADANOV, V.YA., Erg.
Water Hammer
Measures against water hammer In mud carrying pipe lines during the hydraulic rill
of the TSimlyansk earth dam
Gidr. atroi. 21, no- 7,1952

A,
6_4A lv~' %,, V AID P - 3952
Subject : USSR/Hydr. Eng.
Card 1/1 Pub. 35 - 16.119
Authors Bogdanov, V. Y&., M. I. Burenkova, and M. N. Uvarov, Bng3.
Title Improving the performance of dredges by preliminary
mellowing of soil.
Periodical Gidr. strol., 7. 431 1955
Abstract The article reports on satisfactory results achieved at
the Kuybyshev Hydro Power construction project by loosen-
ing soil before starting dredge operations. A special
plowshare is fastened on the cutter and used for this
work. The authors claim that the hydraulic fill mass
obtained has a 1:3 ratio.
Institution : None
Submitted : No date

f
BOGDAZOT V.YA.. inshener; ILDOWOV, A.N., 1nshener; CHIMAM, Y.N.,
Inshoner,
Improve the equipment and technology for hydroulic mining. Noah.
tr~dd*rab 9 noolO:27-29 ; 0 %55o (XIM 9: 1)
(Hydraulic mining)

BOGDMIOV) V. Y-., Master Tech Sea - (wvn) nT"e qrdxo-abraave wear of tne sactLon-
;J~, vv'
arodging eqapment.11 M.aww, L957. 2U pp (MAai JLgner Educ USSR. 2wo avoco*
~ 1~;gba-0vust inst > J-Lu Coplell OiLp Nu 3L), Aj5'1)

BDGDANOV, V-T&., insheners
-~,, Z.
Prolonging the life of dredging saahinery. Makh.stroi. 14 no-3:11-
14 Mr '57. (MLRA IOM
(Arqdging machinery)

BWDANOV. T.Ya., kapitan.
~-~
Reroute the traffic of diesel-engine propelled freighters from
the Canal to Lake Iodogs. Rech,transp. 16 no.5:12-13 MY 157.
(MM 10:5)
(Ladoga, Lake--Inland water transportation) (Freighters)

BOGDANOV. V- nshener.
Measures.for prolonging the life of dredges. Gidr..stroi., 26 aswV.
33-35 Mr 157. (Dredging mchinery) WM 1%4)

BOGDANOV V.Ya, pensioner
-01*00PPV-. I. Lenin I s participation in the creation of a joint transportation
worker trade union. Rech.transp. 16-no.11:45 N '57. (MIRA 10:12)
1. Byvahiy kapitan Severo-Zapadnogo parokhodstva.
(Trade unions)

98-58-7-6/21
AUTHORS: _Bogds~.~~andidate of Technical Sciences; Gorin,V,.A.
7~_nZaytsev, N.I., Engineers.
TITLE: Utilization of Hydrocyclones in the Hydromechanization of
Earth Works. (Primeneniye gidrotsiklonov pri gidromekhani-
zatsii, zemlyanykh rabot.)
PERIODICAL: Gidrotekhnicheskoye stroitel'stvo, Nr 7, 1958, pp 22-23
ABSTRACT: Experience acquired in the US has shown that hydrocyclones
can be successfully used in mechanized mining and earth
works.. The Laboratory of the Hydromechanization of TsNIIS
of the Ministry of Transport Constructions tried out a hy-
drocyclone with the capacity of 360 - 920 cubic m/hour,
whereby pulp with initial density of 18% was concentrated
to 88%. The authors describe various cases in which a hy-
drocyclone can be-uaed for the hydromechanization of earth
works. There is 1 diagram and 1 French reference.
1. Mining--Development 2. Hydroryelones--Operation 3. Hydro-
cyclones--Applications
Card 1i

BOGDANOV. V.Ya., Iraoitan
, ''
Eliminate ice Jame .and prolong navigation on the Nava. Rech. transp.
17 no. 6:34 Jo '58. (HMA 11:7)
(Nova River-Inlaind navigation)
(Ice on rivers, lakes, otc.)

BOGDANOV, V.Ta.; kand.tekhn.nauk; GORIN, N.A., inzh.; ZAYTSEV, H.I., insh.
Using hydrocyclones in connection with hydraulic fill methods of
earthwork. Gidr..stroi. 27 no.7:22-~23 J1 '58. (MM 11:8)
(Separators (Machines)) (Urthvork)

BOGDANDV, V.Ya.. kand.telchn.nauk
Remote control for hydraiii1c azeavatoroo Tranap.strois
0, no.9:35-36 S 159. (MIRk 13:2)
(Remote control)
(Excavating machinery--Hydre-ulic driving)

10(0)2 30(l) SOV/98-59-10-15/20
AUTHORs Bogdanov V.Ya. Candidate of Technical Sciences
VW, W'MkiA
TITLEs A Remote Control-, Hydraulic Excavator
PERIODICALs Gidrotekhnicheskoye stroitellstvo, 1959, Nr 10, pp 51-52 (USSR)
ABSTRACTs The article is a brief description of a new remote control hydrau-
lic excavator. The main faults of the present ones are that they
are manually operated and have to function at some distance from
the actual work-site, which distance is determined by the formula
h - OLH, where,OG is the coefficient of the material being treated
varying from .5 to 1.2f and R is the height of the bank in met-rs.
However, in-,ordbr to raise efficiency, the machine should be much
nearer the site, as can be seen from the following VNIOMS (All-
Union Scientific Research Institute for the Organization and Mo-
dernization of Construction) functions r 40.7 12 PO (kgs/cM 2
P'[]~~ + 30]
d
0
where p, is the average specific pressure of the jet at the nozzle
/JLM2
Card 1/2 in kgs c 1 L is the distance in metersq and d 0 is the diameter of

SOY/98-59-10-15/20
A Remote Control Hydraulic Excavator
the nozzle in meters. Fig.1 shovs a general diagram of a remote
control hydraulic excavator designed by the KB "Transgidrostroy".
The moving of the shgft on a horizontal plane to 900 and on a
vertical plane, to 60 is carried out by means of hydraulic cylin-
ders (1 and 2); an oil pump with an elect-ric motor,, r. 3-pQaition
side-valve switch and other equipment requiring U.I.- ---g is contain-
ed in a metal casing. The machine is designed for use in soft
earth which is partially inundated, and it is protected against
dirt and water. The specifications ares diameter of the tubing -
250 mm, weight - 1 ton, nozzle diameters - 35, 50, 65, 75, 90,
100 and 110,,mm. The machine is contr9iled from a point which
allows the machine to be kept in view, and'the layout of the remo-
te control apparatus is seen in fig.2. The first of these machine2
were made in 1958 and production is expected to increase in the
future. There are 2 diagrams.
Card 2/2

BOGDANOV, V. Ye. Doe Mad 9ci -- (diss) "Treatment of chronio gastritIa and uloers
A I
with mineral waters of the Peekupi~inking-watsr springs." Krainodar, "Soviet
Kuban"', 1959. 23 pp (Min of Health USSR. Tbilisi State Med Inst), 250 copiea
M, 43-59. 127)
-77-

COWITRY USSR
CATLGORY Farm Animols.
Poultry.
ABS . JOUR. RZhBiol., No. 69 1959, 110. 25929
AUTHOR Bogdanov, Ya. A.
I'Y3T.
T IT LE' Winter Raising of Chicks in the Primorskly
Rayon.
ORIG. PUB. : Ptitsevodstvo, 1958, No 4, 221-25
ABSTRACT : No abstract.
CARD:

f *Takov Mikhaylovich; XRAXOTTA]r, GrIgorly Mironovich; KUSHNM. I.L.
a . takhnichaskly redaktor
[Wgions] Gigiena. Isd. 2-os. parer. Kookva. Goo. izd-vo,
"Piskulltura i sports' 1956. 384 P. (KLRk 100)
(HTGDM)

BOGDANCfV,, Ya.M.; MWOVY41 G.M.
Petr Frantoevich TAisgaft (1837-1909). Gig. i san. 25 no-3:49-50
Mr 160. (MIM -14--5)
L Iz Instituta fimiches)-coy kulltury imeni P.P.Leagafta.
(LESGAFT9,PZTR FR&NTSEVICH, 1837-3:909)

BOGDANOV Yakov MikhEgrlovicbs dots.; RMOWAK, Grigoriy Mironovich.,
dots.,- DOBIWV,, A.A... ed.; RMILISMA, T.D.,, tekhn. red.
(Hygiene] Gigiena. Moskvap Izd-vo uFizkul'tura i sport.," 1961.
167 pe (MIRA 15-2)
(HYGME) (PBYSICAL EDUCATION AND IRAINTMG)

BOGDANOV, Ye. (Irkutsk)
Miniature mirror-t7pe camera. Sov. foto 19 no-10:70 159.
(MIRA 13:1)
(Miniature cameras)

BOGDANOV nih. (IrkUtsk)
--- ~S-Yhe 14-1
One camera contains ton devield. Izobr. i ratm. no.7:24-25
163. (MIRA 160)
(Cameras)

,DOGDANOV tan
Targeto detb.cted at maximim ranges. Voen.vest. 43 no.7:8&90
Jl 163, (MIU 16:11)

bOCDANOV, Ye...-In.z1arer-kapitan
--,-
Skillfully exploit i echnoloa in Oint ~r. Vcen. vast. 43 no.12:70-72
D 163. (MIRA 17:2)
-~A I-
-!I'uq~,
j

BOGDANOV, Ye.9 -Mzhenor-kapitan
Regulation work and the workshop. Tekh. I vooruzh. no.2j4&-49
F 164, (MIRA 17 a 9)

BOMAOV, Yt. A.
$11-lethods of Investigating Mechanical Losses in Tractor Enj;i-nes With Self-
Ignition." Cand Tech Sci) Khartkov Polyteclauc Inst jiioni. V. I. Lenin, 11in.
Higher Education MER, Kharikov, 1954. (IM, 11o 10, Mar 55)
So: Sim. 'No 670, 29 Sept 55 - Survey of Scientific and Teelmical DissertaLion*
Defended at USSH U.-her Educational Institutiono (15)

&,-GANOV, Ye..,.., krandidat tol:hni cheek! ft h nRu17.
, 1 t~A~ ~ &41L-- -IMAW
Friction of piston ringq. i~vt.l tralt.pror. no.6:11-15 Jo '57.
l.Tadzhins',dy sellskokliczynyatvennyy institut.
(Piat-on rings)

TAKHTAROV, Anatoliy Taukenovich; BOGDANOV Ye.A,, red.i GRZHEGORZHEVSKIY,
.9
A.N., kand-ekon* nauR-,-?~ r'e*- !.~&TYNOVAM.N. tekhn. red.
(Technological development in agriculth~ikl machinery
manutacture and the increase of labor productivity; based
on the materials on agricultural machinery manufacture of
the Central Asian Economic Council] Tekhnicheskii progress
v sellskokhoziaistyemom mashinostroonii i rost proizvodi-
tellnosti truda; na materIalakh sellskokhoziaistvennogo ma-
shinostroaniia Sredneaziatskogo aovnarkboza. Moskvap Izd-
vo "MYS11y" 1964. 87 P. (MIRA 170)

.BOGDANOV, Ye.A.
z -------
Power losses in the D-54 tractor engine. liv. Otd.-ast.-nauk AN
Tadzh.SSR no. 18:35-47 157. (MIRA 11:8)
1. Xafedra traktorov i avtomobiley Tadzhikekogo sel'skokhozyaystyannogo
institute.
(Tractors--lagines)

BOGDANGV, Ye.A. (Ioningrad S-24, Nevskiy prospekt,d.147,kv.63)
Setting dislocations of the thumb by the hydraulic method.
Ortop.p travm. i protez, 25 no.11:55-57 H 164,
(MIRA 18:11)
1. Iz travmatologichaskogo punkta Moskovskogo rayons,
Leningrada. Submitted May 18, 196/+.

BOGDANOV Ye.A. (Leningrad S-24, Nevskiy prosp. d. 147, kv. 63)
Frequency of traumatic dislocations according to data
of a first aid station. Ortop., travm. i protez. 26
no.1106-38 N 165. (MIRA 18s12)
1. Iz travmatologicheskogo punkta. Moskovskogo rayona
Leningrada.