SCIENTIFIC ABSTRACT SERGEYEV, D.D. - SERGEYEV, G.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548110004-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

IVANOV, I.T.; MONFRED, Yu. B ; PILYUGIN, A. I.; SERG&EV, D.D.;
SYPCHUK, P.F.: IZRAIWVICH, H.Te., inzEe-ie-i,'-i'4Agkt6r,
YEGOROVA, N.O., redaktor; TOKIR, LK., takhnichaskiy
redaktor.
[Construction of dwellings and civil buildings in areas
of underground coal mining] Konstruktaii zhilykh i grazh-
dhanskikh zdanii v raionakb s podzemnol razrabotkoi uglia.
Moskva, Gos.izd-vo lit-ry po stroit. i arkhitekture, 1955.
68 p. (MLRA 9:1)
(Building)

97-5-2/13
AUTHORS:Aleksaiadrova, 0.1., (Cand. of Architecture), Maklakova, T.G.,
(Cand:.Tech'.Sciences) and Sergeyev, D.D. (Engineer).
TITLE: Problems of standardisation of precast concrete and rein-
forced concrete structural components for the mass pro-
duction of large-block and large-slab buildings.(Voprosy
tipizatsii sbornykh betonnykh i zhelezobetonnykh izdeliy
dlya massovogo kru noblochnogo i krupnopanellnogo zhilishch-
nogo stroitellstvaK
PERIODICAL: "Beton i Zhelezobeton!, (Concrete and Reinforced Concrete)
1957, No-5, pp.70-192-7MR).
ABSTRACT: The "Catalogue of Types of Large Walling Concrete Blocks
for Burall and Urban Buildings" approved by the Gosstroy of
the USSR on the 17th Februaryq 1955 is a standard handbook
of standard building units. It includes a section on wall-
ing blocks for large-block hoiLses, schools and hospitals.
Plans were prepared by various ministries as, e.g., the
Ministry for Industrial Buildings for the Metalluxgicaa and
Chemical Industries of the USSR (Ministerstvo Stroitellstva
Predpriyatiy Metallurgicheskoy i-Khimicheskoy Promysblennos-
ti SSSR), the Minis-try of Building of the USSR (Ministerstvo
Stroitellstva SSSR), the Ministry for Transport-Constract-
,~;ard 1/3 ions of the USSR (Ministerstvo Transportnogo Stroitellstva),

97-5-2/13
Problems of standardisation of precast concrete and "rein-
forced concrete structural components for the mass pro-
duction of large-block and large-slab buildings. (Cont.)
Card 2/3
the Ministry for the Coal Industry of the USSR (Ministerst-To
Ugolinoy Promyshlenn sti SSSR), the Lengorispolkom and the
Mosgorispolkom. The standards are based on the same con-
structional plan (with 3 longitudinal load-carrying walls)
and varying heights of blocks and widths of span and for 2
floor heights - 3.3 and 3.9 m. The handbook contains 118
basic types (78 for external walls and 40 for internal walls
and paxtitions). 80 standards are designed for housing pur-
poses and 38 for schools and hosnitals. With all modular
variations there are 2766,different sizes of blocks, 1899
of which are for housing constructions, Apart from the
above mentioned standards a further 10% of special units
can be used in one project. During the Tbilisi Conferen.:;-3
held in 1956, problems on assembled building methods were
discussed with special reference to methods used in areas
affected by earthquake and in undermined areas. The use of
a different assortment of precast concrete blocks not con-
tained in the above handbook was recommended. During an
investigation on 8 large-block buildings constructed by
Gorstroyproyekt, SAKB and Tsentrogiproshakht (on the basis

97-5-2,/13
Pi-oblems of standardisation of precast concrete and rein-
forced concrete structural components for the mass produc-
tion of large-block and large-slab buildings. (Cont.).
of the approved nomenclature) it was shown that in each of
these projects between 9 - 43 standard blocks were used and
between 2 - 14 special blocks, altogether 72 modular blocks
and 49 special blocks. An investigation was carried out by
tile Institute for Buildi Tectiniques of The Academy of
Architecture of the USSRJInstitut Stroitellnoy Tekhniki
Akademii Arkhitektury SSSR) on the possibility of obtaining
a limited complete assortment of modular types of precast
concrete and reinforced concrete units for both methods of
construction, i e. large block- and large panel-construct-
ions. The result of the investigation was proved to be
correct and the experimental Planning of 5-storey blocks
flats was undertaken by the Academy of Architecture of
-rkie USSR in 1953, in cooperation with Gorstroyproyekt. Tb-,3
Louses were of t1ae non-skele-ton panel-type. 28 modular
blocks were used wilen tLie planning was based on load-carrying
spine walls, 32 modular block types were needed when load
carrying partitions were used.
,IVAILABLE:
Card 3/3

MAKLAKOVA, Tatlyana Georgiyevna; SERGEYEV, D.D., nauchnyy red.;
KALISH, Y.G., nauchn" red.; GORSHKOV, A.P., red.; SHOLITAKOVA,
M.Y., tekhn.red.
[Panel housing construction; structural and architectural
solutions] Panellnoe domostroanie; razvitie konstruktivnykh
i arkhitekt-arno-planirovochnykh reshenii. Koskva, Gos.izd-vo
lit-ry po stroit., arkhit. i stroit.materialam. 1959. 190 p.
(MIRA 13:6)
(Concrete slabs) (Apartment houses)

P.
ROZANOV, N., inzh.-,_SE.RGEYEV, D., i -nzh.
Large-panel housing construction in France. Zhil. stroi. no.7:29-32
159. (YIRA 12:10)
(France--Apartment houses) (Concrete slabs)

SERGEYEV, D., inzh. ~
Large-panel housing construction in Sweden. Zhil. stroi. no.11:28-30
N 16o. (KM 13:11)
I., (Sweden-,Apartmeat houBes)

SERGLM, D., inzh.
I-
New method for assembling large-panel buildings. Zhil. stroi. no.L2:
5-7 t60. (MIRA 13:11)
(Precast concrete construction)

SERGEYEV, U., inzh.
19A0511--Canti-freeze soluti-;nj In action or "like water off the
duck's back." Nauka i zhizn' 28 no.8:18 Ag '61. (141RA 14:8)
(Excavating machinery) (Anti-freeze solutions)

DROZDOV, Pavel Filaretovich, dots., kand. tekhn. nauk; SHESTOV, B.S.,
nauchn. red.;_3EFLFYEV, D.D., nauchn. sotr., retsenze4t;
MKRTINYAN, A.K., nauchn. solr., retsenzent; BOLOTINA., A.V.,
red. izd-va; KASIMOV, D.Ya., tekhn. red.
(Large-panel apartment houses from precast reinforced
concrete] Krupnoelementnye zhilye zdaniia iz sboxmogo
zhelezobetona; konstruktaii i raschet. Moskva, Gosstroi-
izdat, 1963. 177 p. NIRA 16:7)
1. TSentrallnry nauchno-insledovatel'BUy i proyektno-
eksperimentallny-y institut industriallnykh zhilykh i mas-
sovykh kulltur-no-bytovykh zdaniy Akademii stroitel'stva i
arkhitektury SSSR (for Sergeyev, Mkrtumyan).
(Apartment houses)

KOSITSYN, B.A.; LISHAK, V.I.,; SERGEYEV, D.D. k
Responses to P.P.Shagin's article "The problem of settling joints
in frameless apartment houses on irregularly compressed and
sagging foundations." Osn., fund. i mekh.grun. 6 no.2:23-26
,64. (MJRA 17:4)

ZILIBERSHTEYN, Anatoliy Borisovich, mekhanik-nastavnik; KONCHkYEV,
Viktor Ivanovich, mekhanik-nastavnik;~SERGEYEV Dj., red.;
TIKHONOVA, Ye.A.', teKim. red.
(Main engines on seagoing motorships] Glavzlye dvigateli mor-
skikh teplokhodov. Moskva, Izd-vo "Morskoi transport," 1963.
170 p. (MIRA 16:7)
1. Chernomorskoye gosudarstvennoye morskoya parokhodstvo (for
Zillbershteyn). 2. Baltiyskoye gosudarstvennoye morskoye paro-
khodstvo (for Konchayev).
(Marine diesel engines)

FILIPPOV Anatoliy VASI L 171EV, YL,,--,y llikoltiyevich,
I ? - - - -
S=E:RGFM D I "";
[Operation of marlm, internal combustion engines, on hea,,-~
fuel] Ekspluatatsila -,udu-v-ykh dvigateic-i vnutrannego sp-o-
raniia na topliw. Vlook-va, Trarsf~ort, la.6r.
343 p. (N1111,A 18:10)

ZAIAOTA, V.I.; SVICHINSKIY, N.N.; SERGEYEV, D.I., red.; TIKHONOVA,
Ye.A., tekhn. red.
(operation, repair, and moderni%ation of the power plant
on "Kasbek"-type tank vessels) Opyt ekspluatatsii, remonta
i modernizatsii silovoi ustanovki tankerov tipa nKasbek."
Moskva, Izd-vo "Morskoi transport," 1963. 174 P.
(MIRA 16:10)
(Marine diesel engines)

SX'OVA,
LUBOCH-Kill BoL is 1,~ --L I. 0-,l Lcfl;
[',.:ari-r-e steam briiiers] Vorside parov-ye kot,ly. Izd.2.,
perer. i dop. Moskva. Izd.-vo Ill-lorskoi transport,"
1963. 607 p. (MIRA 17:2)

AKIMOV, Pavel FetTovich, prof.; SERGEY-EV, D.I., red.
. . ......... ........
[Power plants of seagoing vessels] Silovye ustanovki mor-
skikh sudov. 1M.2., perer. Moskva, Transport, 1965.
290 p. (,muiu, 18:6)

SHVED, Anatoliy Petrovich; VORUSHILO, Vladimir Ivanovich; SERGEYEV,
D.I., red. - - -
[Marine power plants and their operation; practical exercises
for a course] Sudovye silovye ustanovki i ikh ekspluatateiia; -
prakticheskie zaniatiia po kursu. Moskva, Transport, 1965.
101 P. (MIRA 18:3)

Cie
T-zd.2., k
TransporT 65 dt.-'j
132 p.

")ill C,
j-j
I
t aic., e(, 0-
'A C2C
0 c s
1 i t Is- I:Ll-, :-I": a I PC 143 Is CA 0-
r e re to

jj~AG.73Y-1-W D.M.- MUITOV, I.D.
Trial tr1-atTnent of some precancerous for-is of lip lesions with
Mirlic. Vop.onk. 4 no.2:205-2o6 158. (MIRA 12:8)
1. Iz Kirov ogradskogo oblastnogo onkolot~icheskogo dispansera
(gluviVrr vrach - D.M.Sergeyev). Adres avtorov: Kirovograd, ill.
K.Liblciekhta, 81, Oblonkodispanser.
(GAJUIC ther. use
precancerous lesions of lips Pus))
(LIPS, dis.
procancerous lesionn, ther., garlic (Rue))

5 E~,-- Tf il: 17 ~p 1). N'.
T
ul'qiobui 1,L, n.-
R-emonL stallmrM s:idov zhelezobetonom. Leningrad, Izdatel'stvo Ministerstva Rechnogo
Flota SSSR~ 1959.pp. 1.60, diars., tables bibliog., 20' x 17.
IJITI-1

. - - - - - - - 7 - , j
. ! I I .- .; ': i -
SERGEYMV, D.P., inzh.
acetylene generntor with vncuum inBulntion. Izobr.v
SSSR 2 no.12:11-12 D 157. (MIRA 10:12)
(Acetylene generators)
.i.-A

SERGMV, D.P., inzh.
Devices used in cleaning filtering plateB. Izobr.v SSSR 3
no.1:12-13 Ja '58. (MIRA 11:1)
(Filters and filtration)

I - SERGMTEV, D.P., inzh.
ITmw techniques for quenching glowing coke. Izobr.i rats. no-7:9
11 159. (MIRA 11:9)
(coke)

SERGEYEV, D.P., inzh.; SUKHAREVA, R.A., red.; KAWSHNIKOVA, A.A.,
--------t-eKE red.
(collection of inventions; machine building for the
petroleum industry] Sbornik izobretenii; neftianoe mashino-
stroenie. Moskva, TSentr.biuro -bekhn.informatsii, 1961.
59 P. (MIRA 15:7)
1. Russia (1923- U.S.S.R.) Komitet po delaz izobreten!Y i ot-
krytiy. V
(Petroleum industry-Technological innovations)

KIMALITENKU, K.L.., inzh.; SERGEYEV, D.P., inzil.
Solf-propelled equir-ment for continuoue production of glass-reinforced
plastic pipev and their placement In trenches. Stroi. I dor. mash.
9 no.3t4,-5 Vr 164. (MIRA 17:6)

SERGEYE-11, D. V.
FEDOROV, Georgly Vasillyevich; MIZIKOV, S.M.- SERGEYEV D.V.; SOKOLOV, L.S.,
N
tlffi;;RRMI~iedaktor
inzhener, redektor; BOBROVA, Te.N.. ' - W
[Subwqy rolling stock; ty-pe D cars] Podvizhnoi sostav metropolitena
vagony tipa D. Moskva. Goe.transp.zhel-dor.izd-vo. 1957. 251 P.
(Subways--Rolling stock) (MLRA 10:9)

SIMSYNV, D.V.
Ketho& of placing helminth test eggs in the soil. Ked.paraz. i paraz.
bol. 26 ao.2:194-195 Hr-AP '57. (MIaA 10:7)
1. Iz VseBoyuznogo institute gellmintologii imeni akad. K.I.
SKr7abina (dir. institute - eked. X.I.Skryabin)
(HPbIXINMS
method of placing test eggfi into soil)
(OVUK
helminth test eggs. method for placing into soil)

__5YZGEYIW,-A.Ye., master; FAIETV, V.M., master; IVANW, V.H., master;
GOMZL, M.S., master
nDesign and regulation of Cotton machines' by N.I.Aalysheva,
A.V.Bary-shnikov, H.I.Kosenkov. Reviewed by D.I.Sergeev and
others. Tekst.prom. 20 no.6:78-81 Je 160.
(MIRL 13:7)
1. LenlngradskeVa trikotazhnaya fabrika 'Krasnoye Inacra.1
(Knitting macbil~es)
(Nalysheva, N.I.) (Baryahnikov-, A.V.) (Kosenkov, N.I.)

S/ I I1/0 /00 2- 1700 6/ '011
7 ~66 B 124/3206
AUT7-ORS: Vavilov, A. A., Bezvikonnyy, A. A. , Selrjzeyev, E.
TITLE: Potentiometuer-ty-pe tracking system w--*-,h dyn--mic error
comDensation'
Priborostro-reniye.
Z-RIODICAL: Izves'uiya vysshikh uchebnykh zavedeniy.
v. 4, no. 2, 1961, 58-66
TEXT: This paper presents the results of developing the 3ystem mentf-oned
in the title for joint o~)eration -.*,ith a programming device Derforming the
approximation to a given function by means of linear sections. For the
Uotal elimination of the steady dynamic error and conside:?able reduction
of the transitional dYnamic error of the tracking system it is of advantage
to use comDensation circuits in the main feedback and at the system fnDut.
The dia--ra m of such a tracking system is given in Fig. 1. The turac'-,--'ng
svstem contains: AY a programming device for linear approximation o-,!' the.
given function; W1(p) the elements of the main vart of the tracking system;
I and 'p,
U L, - ,, k 1) V
Wki(p) a compensating circuit at the.input of the syster,,
compensating circuitt''in the main feedback of the systlem. For e 1 ab o ra 'U i on
Card 1/8
7.1
4-1
% ft

22 3.
S/146/61/004'002/0"6/011
Potentiometer-type* tracking... B124/3206
of the system it i~s suitable to achieve a velocity con-;ens~--tion o-f ~he
steady dynamic error by using the compensation circuit in the main ffeed-
back of the system, and of the transitional dynamic error by uslng a
comi)en3ation circuit connected to the input of the s.,-stem. For the turacking
system shown in Fitg. 1 , the followingr correlaticns exis t bet-,,een the output
value X(p), the dynamic error of the system x(p), and 'he controllin.-,
U0,11ion xc(p).. X(P)= W, (P) P'+ - IV,, (A (P)
I T "'Y
14- 1V1 (P) I W.11 (P) W., (A
-1 X (P) xy (A (2)
where 'W, (p) = N, (p)/Dl (p) is the. transmissioh fu-nctJ,on of, the open tracking
system without considering the compensation circuits'. 1*1 (P) = 1~
ki j(P)/:k, (P)
the transmission function of the comDensation circuit at the innut of the
sYmtem, and (p) = -"T (b)/D (p) 'he transmissio- function ~f the
"kII k1I k1l
c~m-.Denoation circuit in the main feedback of the .sys-em. Fig. 2 shews a
potentiometer-ty Ipe tracking system with the amplifier :'7MY-3A(-E1;-T-3A) and
Card 2/8

22553
S1146161/004100210061011,
Potentiometer-type tracking... B124/B206
the electric motor C-4-621 (SL-621). For the transmission function of the
comDensation circuit with respect to the controlling action,
11 11
'kI(P) = ukI(P)/u(p) = K 3tR 4Clp 2/ [(R4 +R4)Cp +1]
[(RII/R4t +Rlf)(K,t/T )T 2 2]/(T ) =(aT 2 2)/(T (5)
4 4 3 3p 3p +1 3p 3p +1)
holds, where T 3 m (R~ +R 4)C1 is the time constant of the differentiatirg
11
circuit, a =(R 4/Rj +R~)K 3t /T3the transmission coefficient of the
compensating circuit WkI(p), which connects the voltage u kI at the output
of the compensation circuit with the controlling action to the system u,
and K3t the transmission coefficient of the voltage u' at the potentiometer
pickup to the controlling action u. The logarithmic amplitude-frequer-cy
characteristics Lj(&)) and phase-frequency characteristics tfl(W) of the open
system under consideration of the flexible and rigid feedbacks are given
in Fig. 3. The low-frequency range of the simplified equivalent system
determines the steady dynamic error, and the mean frequency range the
Card 3/8

22553
S/146/61/004/002/006/011
Potentiometer-type tracking... B124/B206
transitional dynamic error. On the basis of the asymptotic characteristics
Lj(w) and yl(Co) shown in Fig. 3, the simplified transitional function of
the system has the form W 1e (p) =K/[p(Tp +1) 2] (8), where K is the quality
of the system without consideration of the compensation circuits and T the
time constant of the simplified equivalent system. In Fig. 3, the
logarithmic frequency characteristics of the open system are given under
C,
consideration of the comnensation circuit W kii (p): L(W)= L el (W) +L kII((j)
M. As can be seen from these characteristics, the
and Yel +TkII"
introduction of a compensation circuit with the time constant T 1 =0.5 sec
into the main feedback of the system is of no essential effect on the
stability of the system. The oscillogram 4,a shows the operation of the
tracking system without compensation of the dynamic error at a transmission
speed -0= 1 .2 v//sec ; in this case the steady error is AU9t = 170 mv and 'the
maximum transitional dynamic error AU max ~195 mv. Fig. 4S shows the
operation of the tracking system with compensation of the steady error by
means of a compensation circuit in the main feedback of the system, 44
Card 4/6

Potentlom,pter-type tracking...
3124 /33`06
the oneration of a tracking system with compensation of n
Uransitional dynamic errors for the same transmission speed ofF' 1.2 Vcer_
From Fi-. 4,6.results that the stea,]y error of the tracking sys~o_ -aracti-
call.y. ecluals zero and the maximum transitional dynamic error is
Thic studY -i;aa recommended by the Department of Automation and Telemec'.iania-,.
There are A figures and 4 references: 3 Soviet-bloc and 1 non-So,,.4-_+-'7Ioc-
The reference to the !E:nglish-language publi CE,t4 on reads a~ foll.o-rs:
Kinl~ L. H. Reduction of Forced Error in Closed-Loop Systems. 'Proc.
"953, v. 4-1, No.-6, August, 4648, P-1). 1037-1043
."'SbOCIATION:
Leningradskiy elektrotekhnicheskiy inatitut" -J.--n.
( T
(Lenina) \.Leningrad ElectrotechniCal T~nSt4tute
V. I. Ullyanov (Len4n))
SUB"'ITTED: December 19, 1960
Legend to Fig. 1:
a-) IT; programmine device
b) x n~
out-O
L
Card 5/8
V. i. Ullyanova
imeni

L 14645-.66 EVIT(d)/EVITI(l) G'V!
ACC NK: AT6004298 SOURCE CODE: UR/3175/65/000/026/0084/0089
AUTHOR: S r
ORG: none
TITLE: Filtering periodic signals which are quantized with respect to time
SOURCE: USSR. Gosudarst nn _j_&q9~k9&i:,_qheskiy Icpmitet.,.-Osoboye.,konstruktor-skoye-.- -
uro. 'GeofizicheskyyLa apparatura, no., 26, 1965, 84-89
___PY 10,
"A
TOPIC TAGS: filter circuit, per4vdio-pulse, electric filter
ABSTRACT: The author considers two methods for filtration of a discrete signal.
The first method consists of using an integrator to convert the discrete signal to
a continuous quantity with subsequent filtration by a continuous filter. The sec-
ond method consists of adding the values of the signal taken at discrete instants
during a certain time interval. Block diagrams are given of the devices used for
filtration by both these methods. A comparison of these two filtering methods shows
that the second method gives higher accuracy and requires less time for determining
the value of the constant components. orig. art. has: 3 figures, 7 formulas.
SUB CODE: 09/
Card'
SUBM DATE: 00/ ORIG REF: 002/ OTH REF; 001
4-

DJT(d)/FSS-2
ACC NR: AT6012739 SOURCE CODE: UR/3175/66/000/OZ7/0120/0124
AUTHOR: Sergeyev, E. V.
ORG. G1PKh
TLTLE: Methods for the determination of amplitude 2nd phase of it time-quantized peri-
iodic s:ignal
SOURCE: USS - GosudarstvyegpnXy eolo icheskiy komitet. Osoboye konstructorskoye byuro,
Geofizicheskayi 27, 1966, 12 :T~4-
TOPIC TAGS: harmonic analysis, detection, MPP signal correlation,
signal processing, . . ......
ABSTRACT: This paper discusses methods forthe determination of amplitudes and phases
of the harmonic components of a suitable data hold of a "time quantized" (sampled) siff
nal. With reference to the block diagram of a computational system, Fig. 1, expression
for the demodulator outputs in the case of the synchronous detection method, and in
the case of the harmonic analysis method are given. The central topic is the choice of
a sufficient, effective integration time interval, in terms of the number of the dis-
creet sampling intervals, which would assure optimum precision. Expressions for the mi
nimum attainable errors are developed for the synchronous detection method, and condi-
tions for the attainment of perfect precision with the harmonic analysis method are
specified. Comparison of these two methods shows the superiority of the harmonic analy
Card 1/2

L 33261-66
I-ACC NRt ATI
LT
sis method, as far as precision is concerned. However, the method requires considera-
tion of a double number of harmonic components and requires an additional operation of
multiplication. The method of synchronous detection recommends itself only in those ca
ses when the data hold function of the discrete signal is in its form close to'a sinu-
soid. The proposed computational block diagram can be realized by either analogue or
digital components.
of sinusoidal oscil-
Fig. 1. Block Diagram of computations. 1 two-phase ge
lations; 2. 3t - demodulators for the synchronous detection; or - multipliers -
for the harmonic analysis; 4, 5, integrators; 6,7,8 - memories; KI, K2 - instantdL-
neous switches.
Orig. art. has: 10 formulas
SUB CODE: 09, 12/ SUBM DATE: None/ ORIG REP: 002
Card ;)-/2 '&C~

ACC NRt
AN7004540 SOURCE CODE: UR/9030/67/000/007/0014/0015
AUTHOR: Sergeyev, F.
ORG: none
TI-FLE: Helms at the CIA
,;SOURCE: Nedelya, no. 7, 5-11 Feb 67, P. 14, cola. 1-4, p. 15, cola, 1-2, and
,pages 22-23, cola. 1-4
TOPIC TAGS: intelligence, intelligence system,
ABSTRACT:
The author discusses the organization and function of the CIA, the reasond
for the nomination of Helms, and the difficulties that he is already
encountering. It is still difficult to say how many months or years
Helms will remain and in what measure his arrival will solve the internal-
quarrel between the CIA and DIA. His nomination, which reflects,a
general reshuffling in the American state apparatus, is designed to
breathe new life into the intelligence organism', it means even more
CIA activity in foreign territories. The author also discusses the
relations of CIA with Congress and w-1th the press.
SUB CODE:/6-05// SUBM DATE: none/ ATD PRESS: 5114
Card I

SERGEYEV. __F.___
Mechanized receiving of ear corn. Muk.-elev. prom. 26
no..12:11 D 160. (MIRA 13:12)
1. Tekhnoruk Tevpatoriyskoy realizatsionnoy bazy.
(yevpatoriya--Grain-bandling machiner7)
(Corn (maize))
SERGEYV, tation gL,11ery. Muk.-elev-
Usl'ng a bulldozer to dig a transP'r (N:ERA 16:7)
prom. 28 nol,-26 Ja t62. p0 kachestvu yevpatoriyskoY
1. Zamestit6lo clirektora
realizat3iOnnoy baZY- (&,udozers)

KIRICHENKO, P.; RATANOVA, V.; SERGEYEV, F.; POLCHANINOVA, G.
Disinfecting grain with methyl bromide in the silos of elevators
equipped with recirculating units. Muk,elev. prom. 29 no.2:
8-9 F 163. (MIRA 16:8)
1. KharIkovskaya mashinoispytatellnaya stantsiya (for Kirichenko).
2. Vsesoy-uznyy nauchno-isaledovateltskiy institut zerna i produktov
yego pererabotki (for Ratanova, Sergeyev, Polchaninova).
(Methane) (Grain--Disinfection)

SOLODOVNIK, P.; POWHANINOVA, G.; SERGEYE7 F.- VIKHANSKIY, Yu.
~ I
Practices in disinfecting seed peas with chloropicrin in winter.
Muk.-elev. prom. 29 no.3:9 Mr 163. (MIRA 16:9)
lo Vsesoyuznyy nauchno-isaledovatellgkiy #Btitut zerna i pro-
duktov yego pererabotk-J.

SIRGRY-EV, F.A. . .
Heart wound. Mairurglia 35 no.10:116 0 '59. (MIR-A 12-12)
1. Iz kbirurgicheskogo otdeleniya (za-v. F.A. Sergeyev) Voroshilov-
skoy bollnitsy No 1, Dzerzhinsk Gorlkovskoy oblasti.
ZHEA -WOUNDS AND INJURIES)

I -,,- 11; , ~ - - : - ~ I I::." I , - ~-, - .1. .. , ., I - - a - - . I - :~. : n--
~ -

5- 5-45/56

Kotenko, L. P., Kuznetsov, Ye. P..
Kirillov-U,,~ryomav, V. P,-
.;eri~eyev,
"lie Elastic !3c~etter`ns, of i, +-,Iesoxi:- on Carbon at Energies of'
21 YeV (J!nrug a uglerode pri
oye rasseyaniye -E ---.ezonov n
onerlf-iyakh 5 22 '.Ie V)
I-':PL T 0') i1, Zli-,!rnal ek3,,erimentallnoy i teoreticheskoy fiziki, 1958,
Vol 3')., Nr 5, pp 1300-1302 (Ussrz)
B ~3 T!!AT For their measurements the authors used a propane bubble
hamber was irradiated
c.l,vmber having a volume of 750 c1!13. ,his c
on the phasotron of tile ObllyedinennTj institut yadernykh
issledovaniy JoInt Institute for ;'Iiiclear Research) with
a beam of positive pions. The energy interval investigated
j
2
corresponds to the residual ranges of from 0.125 to 2 cm
C;~
of pions in i-roparle. 'flie pions were ascertaired by the
n - i; - e decay when bein- slowed do-in in the working sub-
V I
st7-!nce. A total of 5675 photograplis of plAon traces was
dealt with. Forrilation of stars by pions at from 5 to 22 MeV
was not investigated, the inelastic scattering of positive
pions is only inconsiderable at these energies. The authors
Card 1,13 .
deteruined tile anIgular projections of the single scatterin.g

+ SOV/156 - 3 5- 5-4:,//'56
The Ela~;tic of i-. -'Ieaonn on Carbon at Zrior-,iea of 5 -f 22 !.'oV
of Dions to the plane of the film iri the photographic camera.
Of the 5675 pions 75 vere scattered roun:11 an angle (within
t~,e energy interval investligateP. the projection of which
is ~~reater than 150. After Coulomb (Kulon) scattering was
!;.,,:-en into account, 31 nuclearly scattered particles remained.
`~'I)e corrections taken into account when determining? the nuclear
:3C..ItLorin,-_7 on carbon are iTiven. A table containe the el-astic
,zcatterin,- crOSS sections of pions determined by the authors
of the present paper as well as by other authors. At energies
C, f -8 ~'2 ?'eV tl-e cross sections found have
- 2- - the same va;ues
wit' 'n - - 1~
. hl t*ic error limits as the elastic scatterin- cross Sec-
1- 4ons at 35 -eV. A t 8 II-IeV t:,. e sca t t er 11 n,- cro s o s t~c t on
increases quite considerably. -.`Lthlivi thiS exierE;y ran,7e the
vi.-!velen,-,th of the vion already exceeds the dimensions of
the carbon nucleus. An analysis of the cross section energy
df-pendence and of the angular distributions will be published
later. The authors thank Professor A-. I. Alikhanyan for the
Interest he displa-ed in this work, and i'rofessor 1T. P. Dtelepov
for makin-- it possible to cari-y out measurements on 'he phaso-
C: .1 2/3 tron of '.he Institute for Nucleai Research. There are 1 table

30V -35-5-45/56
-astic Scat -.erinf- of on C,,-.rban at Ener,'~ies of 5 -+ 22 ~'eV
and' I,;- references, A of which are Soviet.
)OC!i',TIOII: Fizicheskiy ins'itut im. 11. N. Lebedeva Akademii nauk SSSR
(1-hysics Inctitute imeni P. N. Lebedev of the Academy of
Sciences,USSR)
SUDMITTED T
10, 1958
C a r3 3 /3

F. M.
8/089/62/013/006/019/027
F
310213186
AUTH083s G. T. end K. R.
TITLEs Hauchnaya konferentaiya Moskovskogo inshenerno-fisichookogo
institute (Scientific Conference of the Moscow Engineering
Physics Inatitilts) 1962
PERIODICkLs Atommays anorgiya, v. 13, no. 6, 1962, 03 - 6o6
TEXTj The annual conference took place in May 19~2 with more than 400
delegates participating. A review is given of these lectures that are
aseumed to be of interest for the readers of Atomnaya snargiya. They are
followinga A. I. Loypunakly, future of fast reactors; A. A. Vasillyev,
design of accelerators for superhigh energies'; 1. Ya. Pomeranohuk,
analyticity, unitarity, and asymptotic behavior of strong interactions at
"high energies; A. B. Higdal, phenomenological theory for the many-body
problem; Yu. 'D. Fiv
-- L deceleration of nediumi-snargy antiprotons in
matterl Yu.-Y.' Rogan, Ya. L. Iomilevskiy, theory of the Udesbauer effectj
U. 1~ Ryasanov, theory of ionisation losses in nonboaogon*ous madiual
Yu. B. Ivanov, A. A. Rukhadse, h-f conductivity of-subaritioa,l ylasaaj
Card_ 1)4

3/089J62/013/006/019/027
Nsuohnaya konferentelys... B1021BI86
Ye. Yo. Lovetakiy, A. A. Rukhidze, electromagnetic waves in nonhomogen.OUS
plasma; Yu. D. Kotov-, I. L. Rozentall , the origin of fast cosmic muons I
Yu. M. Ivanov, muon depolarization in solidel V. G. Varlamov, Yu. U. Grashin.
B. A. Dolgoahein, V. G. Kirilloy-Ugryumov, V. S. Roganov, A. V. Samoylov,
p capture by various nuclei; V.-B.-D-emidov, V. G. Kirillov-Ugryumov,
A. K. Ponosov, V. P. Protasov S_ scattering of R- mesona at
5 ~ 15 Mey in a propane bubble cham erl . Ya, Nikitin, M. S, Aynutdinov,
Ya. U. Selektor, S. Id. Zombkovskiy, A. F. Grashin, muon production in R-P
interactional B. A. Dolgoshein, spark chamberal N. G. Volkov,
V. X. Lyapidevskiy, I. M. Obodovskiy, study of operation of a convection
chamber; K. G, Finogenovs production of square voltage pulses of high
amplitudemi G. X. Alokeakov, problems of color vision; V. K. Lyapidovsklyj
relation between number of receivers and number of independent oolorej
Ye. M. Kudryavtaevp N. N. 8obolay, N. 1. Tizengausen, L. N. Tunitakiy,
F. S. Fayzulov, determination of the moment of electron transition of oe'-
oillator forces and the widths of the Schubsian-Runge bands of molecular
oxygenj B. Yo. Q&Yrilov, A. V. Zharikov, V,. I.'Rayka; decomposition of the,
volume charge of intense ion besmal Yo. A. Xrsmer-Agsyev~, V, S. Troshin,
measurement of neutron spectral 0. G. Dorosbenko, now methods of fast-
neutron recordingi V. I. Ivanov, dosinstry terminoloSyl. 1. A. Torankov,
Car(1.2/4
L

L-559n=66 EPF(c)/E7Wr (WEEC M Pi-4 IJP(c) G01WW
ACCESSION NR: AT50lo455 UR/3138/64/000/273/OWI/OOW act
B* I
AUTHORS: A (11br-yum, V, S. Venelovakiy, G. S.1 Orasbin. A. F.1
Kuznetnov, Y~~. Lkj__r asov. A.K.
Demidov, V. S. Kuzr3ojtjj~ n
Pro-Eanov, M.; Shaiamov,_ Ya. Ya.
1TITLE: Data on pp resonance with Q = 148 mev
!SOURCE: USSR. Goaudarstvennyy komAtet, po ispoltzovaniyu atomnoy
,energil. Institut teoreticbeskoy i eksperimentallnoy fiziki. Doklady
,no. 273, 1964, Dannyye o pp-rezonanse s Q - 148 Mev, 1-8
TOPIC TAGS: proton,proton resonance, diproton resonance, pion nucleon
resonance, excitation energy
i
~ABSTRACT% The autborB present data on a possible new photorf resonance'
1with excitation energy 148 MeV. The photographs were obtained with a j'
:17-liter bubble chamber filled with a + freon mixture (without magnetic
field), using the extracted beam of # mesons of the OlYaI(Joint In-
stitute of Nuclear Research) synchrooyalotron with energy 9 w 80 MeV."
0
Card 113

L 58953-65
IACCESSION NR: AT5010455
:Absorption of positive pione with formation of 1, 2, and 3 heavy par-
Iticles (p, d, etc.) was investigated. The meson energy at the instant,
Pf absorption was 60 + 20 MeV. Distributions of the event with pro- ' -
duction of two particles shows peaks at excitation energy values of I
i148 and 128 MeV. The same spectrum plotted for more symmetrical stars.
Ishows the 148 MeV peak more clearly. It is shown that the spectra ban.
contain, besides the distribution with respect to the diproton mass
P
ialso components due to pd dd, and similar stars, which can be mis-
'taken for pp stars. The 128-MeV peak may be due to the presence of pd.
Istars. The results Indicate the possible existence of a diproton
Iresonance with-excitation energy 148 + 3 MeV and width
I - -5 MeV, and
,also a pd resonance with approximate jxcitation energy 143 � 3 MeV and,
:width ~5 MeV. Such resonances could be observed in the presence of i
jrN resonance with mass 938 + 150 MeV, producing thypernualeil by in- I
iteracting with other nucleons., Work on a direct observation or the
possible new rN resonance.is continuing. 'The authors thank I. A.
rAlikhanov for a discussion of the results.1 Original article has,*
f2 figures
Card 2/3

L 58953-65
;ACCESSION Npl, '.AT5010455
--lASSOCIATION: Institut teoreticheakoy i eksperimentallnoy fizW
,-IGKAE (Institute of Theoretical and.Experitental Physics, GKAE)
ISUBMITMD* olAug64 ENCLI, 00 MB bODEs NP
NR REF'SOV, 001 OTHER, 002
Card 3/3

388'i5
S/056/62/042/006/047/047
BIOVB112
AUTHORS: Demidov, V. S., Kirillov-Ugryumovt V. G., Ponosov, A. K.9
Frotasov, V. P., Sergeyevt F.-M.
TITJIE; Elastic scattering of n mes-ons with energies of 5-12 Mev
by carbon nuclei
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, V- 42,
no. 6, 1962, 1687-1688
TEXT: The experiments were made with a propane bubble chamber (dimensions,
370 by 140 by loo mm3) exposed to the pion beam of the syn-r~hrocyclotron
of the OIYaI. 19,5706 n- mesons, identified from the'characteristic star
at the end of their path, were selected to measure the angle of singly
scattered n- mesons projected onto the plane of the film. 81 n- meson
decay events were registered between 15 and 1600. The sign of the
potential of the system pion - carbon nucleus can be determined directly
from the difference between th~ angular distributions of n+ and n mesons.
There is 1 table.
Card 1/2

S/056/62/(342/006/047/047
Elastic scattering of n mesons ... B100112
f ASSOCIATION: bloakovskiy inzhenerno-fizicheskiy institut (Moscow -
Engineering Physics Institute) -~f
SUBMITTED: April 23, 1962
Card 2/2

S/056/63/044/004/004/044
B102/M6
AUTHORSs Demidov, V. S.9 Kirillov-Ugryumovp V. G., Ponoscvp A. X.1
Protasov, V. P.,
:TITISt Absorption of stopped negative pions in carbon
fPERIODIOALs Zhurnal.eksperimentalinoy i teoreticheskoy fiziki, v- 44P
Mio-"ano'- 4, 1963, 1144 - 1146
TEXT: Previously taken photographs (ZhETF, 42, 16ag, 1962) of interactions
of slow R- in a 4-liter propane bubble chamber were-now used to investigate:
the pion ahsorption by carbon nuclei. Among 3500 n stops there were 11301
selected for an analysis of the pion star distribution with respect to
prongs, and 1180 two-pronged stars for investigating the distribution with
respect to the 'angle between the prongs. If one assumes,(Phys. Rev. 84,
258i, 1951) that X are absorbed only by nucleon pairs (pn, pp), the ab-
sorption probability may be calculated. On comparing the experimental
results with those calculated by the method of least squares, the 7X_ ab-
sorption probability by a pn-pair amounts to 70 - 80%, that for a pp-pair
to 30 - 20%, and the probability of an intranuclear collision is 60 80%.
Card 1/2

S/056/63/044/004/0041044
Absorption of stopped negative... B102/B186
The mean number of prongs was found to be 0.84 and the distribution of starn
with respect to the angle between the prongs had a sharp maximum at about
1800. The results speak in favor of the two-nucleon absorption mechanism.
The absorption probability is energy -independent in the range 0 --,j2.OO Mev..
There are 1 figure and 1 table.
ASSOCIATIONs Moskovskiy inzhenerno-fizicheakiy inatitut (Moscow institute i
of Physical.Engineering)
SUBUITTEDs November 2, 1962
Card 2/2

DEMIDOV, V.S.; ZHIZHIN, Ye.D.; KIRILLOV.-UGRYUMOV.- V.G.; PONOSOV, A.K.;
SERGEYEV. F.M.-,, SHkUNOV., Ya.Ya-
Effect of the nucleus on2(1-meson production. Zhur. eksp. i
teor. fiz. 45 no.3:437-442 S 163. (HIRA 16:10)
1. Institvt teoreticheskoy i eksperimentalinoy fiziki
Moskovskiy inzhenerno-fizi6hesldy institut.
(Mesons) (Collisions (Nuclear physics)

K T :' - " ;.' " " - ~ , .. I I "
LIH41-lloolll V.S., de --,mi
Froduction of siot4 /7-~.mesjrns or, light nter a on.
Ana. 10;
urs tvc-,,,rl.:,,C.-- korn-i t:p- pc J sppoll a niyu atcmncy energil- S SSP .

ACC NRs APU0011bb SOURCE CODE: UR/0367/65/002/003/0406/ObCO
AUTHOR: Veselovski , G.S.; Grashin A. F. -1 Demd do y
V S.; Kuznetsov, Yi. P.; pqnosov
A-K-,_ProtasovLV.P._LSer eyav. F.M.
- /'/ --
ORG: Instit, e of.Theoretical- and- Experimental Physics, MAE (Institut teorettcheskoy I
I ..At I
eksperimentallnoy fJz1kI)
TITLE: Production of slow
- _Ejesons on light nuclei and the pi-pi Interaction
SOURCE: Yadernaya Mika, -v. 2, no. 3, 1965, 496-500
TOPIC TAGS: pi meson, pion pion interaction
ABSTRACT: The object of the study was to find the possible resonance states in a sydtem
composed of two ir-mesons at low energies:
Ql= M,,,,- 2R = [((am 0+, (om,), - (p.,+ 2p-'1C R
p being the mass of a ir-meson. The statistical material waz obtained by studying the
production of slow ir� mesons upon collision of r - mesons (initial momentum 2. 8 GeV/sec)
with nuclei of a freon mixture In a 17- and 200-liter bubble chambers. In analyzing tl* films,
all those cases were selected which involved interaction between r-mesons and the nuclei of
the working liquid, resulting in the formation of two or more slow r-mesons which stopped In
the working substance of the chamber. The Q distributions of the bipion in the rMY .
Q < 100 MeV were obtained. The distributioa for er pairs differs from that for ir e and
Card 1/2

L 11913-66
ACC NRs AP6001156
w-r- pairs; this may be explained by the presence of a strong r v interaction in the isototic
tate T = 0. Orig. art. has: 5 Ligures.
UB CODE: 20 SUBM DATE: 03JuI64 ORIG REFs 004 OTH RER 001
:
2/2

-ACC' NR' T - - 6'- ;ro6rO76TrOW5
'760889
K.; Pro-asov, V. P.;
S.; :,4rillov-Ugryumov, V. G.; Ponosov, A.
~;.c scattering of Pi-mesons by carbon at energies of 5-22 Mev
~D UF.,C--:~ Moscaw. Inzhenerno-fizicheskiy institut. Fizika elementarnykh chastiI3,
!666, 41-47
.C,p7:- -A S. ela5tic scattering, pi meson, synchrocyclotron, angular ristribut-Jor.
- -ci
SUB *00DE': 20
A'3STPACT: The authors state that in their present' undertaking they have succeeded
o cons. rzable e.?~tent overcorung the procedural d-ifficuluies which have hitherto
I I
h-Lndered the study of interactions of slow pi-mesons with complex nucle-41. An
investigation vas rade of 'the elastic scattering of pi-meson5 of both Signs with
energies of 5-22 Z-1ev by carbon C12 nuclei. The pi-mesons were recorded in propane
bubble chWmbers ey--)osed to pi-meson beans of the synzhrocyclotron of the Joint
lnsti~.-a-,e for Nuclear Research. The purpose of the work was to investIgate properties~
of the potential of the nuclear interaction of a pi-meson-with a light nucleus.
Selected for the investigation were 8,727 positive and 19,576 negative pi-nesons
stopped in the chamilbers. Certain corrections were made in the experimental data
~or C:),-,Lpu-ulrg the cross sections. The corrected statistical material was used to
Card 1/2 UDC: 539.1

ACC NR: AT7008896
of the elastic sca~,terizn7 of -al-mesonis .7he
experimental values of the differenz__fa]. cr(,-E-:s sections for
eneri~,ies of 5-8, 8-15, and 15-22 Mev in the case of positive mesons and 5-8 and
2-1,5' -~ev for negative mesons. A phase-shift analysis was made by the I-ast-squares
_e~,,,-,ad On jt "Ur.-,'', digital computer and a comparison was made of 'he ang-alar
t4
u.strib-L~~icn,s for positive and negative pi-miesons in iden _Lcal energy ranges. it
11.1as es-_,abii_~hed that the potential of the nuclear interaction between a pi-meson
~~nd a car con nuclous at energies 5-22 Iviev corresponds to repulsive forces. The
p'-ase shif'.s and potential value which were found agree with data obtained in the
4nve s-
or, of -.3;_-,-wson atoms and elementary meson-nucleon scattering. The authors
express their thanks to A. I. Alikhanyan, L. P. Kotenko, Ye. P. Kuznetsov, and
A. V. S_nmoylov fo.- their help in the work and to Z. S. Galkina, V. h. Yeliseyeva,
and Z. A. Volobuyeva. for taking part in the measurements. Orig. art.. has:
2 formulas and 3 tables. [JPRSJ
..Card - 2/2-

;,CC INR; A7,7005898 SOURCE CODE: UR/O0OG/66/GOG/WO/G076/GG82
'e
A. i.; Aleksanyan, h, S.; Verebryu.5ov, V. S.; Vere:rney -'r, M. M.;
v, ",irillov-Ugryumov, V. C.; Protasov, V. ?xicaov, A. I.;
a
li~.!J_o ch, abor du5igned to operate in , m. r tic field
Moscow. Inzhenerno-fizicheakiy institut. Fizika elementarnykh cha:;Lita'
L -aphy
-e Steel, bubble chamber, pi a synchrotron, photog:
C'.- d---~3cribeG a bWbble ch~anbor with an effective volu:;,,~ of II&D
Q., nc . ...... q-,nutic austeniLe lKhIMITL steel and consisting of a
0% t:'e Working chamber proper loc.-,ted inride it. The desien, of Lhe
is generally Ariular ro that described
outer vcssel, and exp,
arz,4-clC by A. V. Bogomolov et al. The upper lid of the
:,-tz s,-:,: windows for photography. Differential. three-3tage valves are u3ed
fzr prez5uxre and for depressurization in the chardber. -1he worldng
FK
c,~ ch-mber i5 illurdnated by eight out of sixteen i -120 flash bulbs
on a special panel; the lighting system design also pormits
o
.-P-4000 bulbs. The photographing is done n two standard aerial
azljas, with a eenaitivity of 1200 JOST (Gosudaretyenny-y Obshchesoyuzryr
C.rd 112 - -UDC!- 539.1

ACC N-1:
z)~a~e oLa,,Aard3 u-,ito and 80 =, width, by two "Gidecrussar--`-
Durl.-,,~ operalt--on of the chamber chrcr-.-itic aberrattion 'was ob-5,?.-ved,
ef,'Qct -'In the particle track Image. This was elirdr-ted by
ir. light Lhrourh an experir--ntally cho:3en orance light
by three 2-kw electric heaters, With one of 'he
h'ca, t ed,
On tz,~ inner chamber. Mere are two versions o' therm-Ostat.
C,D:.-- - 'ne f-r3t Cmpioy5 a standard corract thcmnometer mounted in th~e
Jan em
r,e~~ccond vers ploy.-, an clectrocontact manoireter. , he
o:r--k eliaCrx-, of the chamberI3 control circuit- -ine ch,.-uiber
propane, a mi"w-c! of F-Con-12
-tario-u5 -aorking flu.idsl
p.-Go-ne-uthano i-xture, and. propanc-rr,,on and propane-ethane-Freon
-e~- LZ at p, ent 3o, up in an M-~12 ma~,mct in the path of a
y, of the proton Gynchrotroi of IFF
uktpcrb~entallnoy fi--i'"J ; instiLuLe of ':heorctic.-"- %no
P ic
3 11he actuation cyclq of the chamber is 1, 5Qconds. -'-e
td-.eir L""'anks to Ye. V. Kumetsov, Ye. P. Kuzner6ov, X. G. Gornov,
1-n, and E. S. Levony,-,n for their assistance and "Yaluab`e
a;-,: ~o 1".. A. Budagov for "useful discussions". Orig. art. has: 8 figures.
C j 2

SERGEYIV, F. N.
USSR/mines
Lignite
oct 48
"The Chelyabinsk Lignite Field," F. N. Sergeyev,
Mining Engr, "Chelyabinskugol" Combinel p
"Ugol", No 10
Summarizes history of subject field from ite
discovery in 183P to the present.
4w
32/49T66
PA 32/49T66 --

"Selectior Appropriate Mire Types and or 1*-Ahods of CTening a-nd Freppir:tiorn of ~:dning
7xith "Lbi,ited" Depo3-itn in Geological Conditions of 'he Chelyabinsk Basin."
Nin. HIgher Zducation USSR, Sverdlovsk Mi-J.ng Inst imieni 7. V. Vakhrushev, Sverdlovsk,
1955. (Dissertation for the &igrpc of Candidate in TechrOcal Scirances)
SO: Knizhnay-a Letopis' , No. 22, 1955, pp 93-105

BUTKNVIGH, Roman Veniaminovich, kand.tekhn.nauk; SIDOROV, Ivan Nikolayevich,
kand.tekhn.nauk; TACHMENBV, Viktor Ivenovich, inzh.j Prinimali
uctiasti.ve: &MzTgv, F.H., kand.tekhn.nBuk; BUTMICH, G.R., inzh.;
J
TMESHKIH, S.V., inz~'.--WAHOVICH, L.H., otv.red.; 2MKOV, V.T.,
red.izd-va; TAR, S.Ya.. takhn.red.; GALANOVA, Y.T., tekhn.red.
[Use of the underground method for the mining of Ural coal depositsj
Razrabotka ugollnykh mestorozhdenii Urala podzemnym sr,~Sobom. Moskva.
Gos.nauchno-tekhn.izd-vo lit-ry po gornomu delu. 1960. 323 P.
(MIaA 14:1)
(Ural Mountains--Coal mines and mining)

ACCESSION NR: AP4031142 S/0056/64/0046/004/1220/122S
AUTHORS: Demidov, V. S.; Verebryusov*, V. S.; Kirillov-Wryumov, V.
G.; Ponosov, A. K.; sg:F"Y!~V# F. N.
TITLE: Absorption of negative pions stopped in propane
SOURCE: Zh. eksper.'i teor. fiz.* v. "s no. 4* '1964* 1220-1225
TOPIC TAGS: pion absorption by carbon, two nucleon model, niany
nucleon model, nuclear structure' bubble chamber, propane bubble
chamber, secondary particle angular distribution, secondary particle
energy spectrum, np pair absorption, pp pair absorption
ABSTRACT: To compare the effectiveness of pion absorption in-carbon
by the two-nucleon mechanism against the effectivimess of other PCs- i-
sible mechanisms, a four-liter propane bubble chamber was used to
obtain the energy spectra of the secondary singly-charged particles
resulting from the absorption of slowing Aown pions by cazbcn and.to,--
!,Gwd - 2/3

It
ACCESSION NR: AP4031142
obtain the distributions with respect to the angle between the
prongs of the pion stars. Bub-ble-chanber photographs from an
earlier investigation of the scattering of low-energy pions (ZhETF
v. 42, 1687, 1962) were used as the source material. The estimates
based on the energy spectra show that the maximum possible contribu-
tion of pion absorption by a complex of several nucleons ( > 4) does
not exceed 20%. A Xonte Carlo electronic-computer analysis of more
than 2000 interactions has shown that the experimental data agree
with the two-hucleon mechanism, and that the probability of absorp-
tion of the pion by an np pair is two or three times larger than
the probability of absorption by a pp pair; the latter agrees with
the author's earlier results (ZhETF v. 44, 1144, 1963). "In con-
clusion, the authors are-indebted to Professor A. I. Alikhanyan and
L. B. Kotenko, whose efforts made this experiment possible, to V. P.
Protasov who participated*in the early stage of the work, to7E. A.
savina and M. 0. Gornov for help with the measurements, and to the
entire mathematics group of Institut tooreticheskoy i eksperimen-
Card 2/3

ACCESSION NR: AP4031142
tal'noy fiziki (Instituteof Theoretical and Experimental Physics)
for the laborious calculations.0 Orig. art. has: 7 figures and 3
tables. I
ASSOCIATIONt 14oskovskiy-inzbenerno-fiziclieskiy institut (Moscow
Engineering Physics Institute)
SUBMITTED: 250ct63 ...-DATE ACQ: '07MaY64 ENCT-: 00
SUB CODE: PH NO REF SOV: 012 OTHER: 005
Card 3/3

- - - p -
-, El . I
. 13 .
f
Automatic control of L%idi,-) PcUltleu. Grazhil.sv.- 14 no.7.3 JI '~?-
. -?.A 10: 9 "
(Rndlo in Reronputicc

SERGEYEV, G.,, polkovnik meditsinskoy sluzhby
"Aviation medicine" by A.A.Lavaikov. Reviewed by G.Sergeev.
Av.i kosm. 45 no.7:90-91 162. OMIRA 15.8)
(Aviation medicine) (Lavnikov,, A.A.)

SERGEYEVY G., prof., doktor vied. nauk
The "Blectrosonti apparatus cures hypertension. Nauka i zhiznt
30 ~no~9:48-50 S 163. (MIRA, 16:10)

SOV/96-59-3--7/21
AUTHOR - Sergeyev, Engineer
T'ITIE: A New H_";gh_.,I-'fficiency jonapressor Stage with 50% Degree of'
Reaction (Novaya vysokoeffektivnaya kompressornaya
stupen' s 50-Protsentnoy stepenlyu reaktivnosti)
PERIOD--'L(;AL:Teploe.nergetika, 1959~ Nr 32 pp 32-35 (USSR)
ABSTRACT: Because of the increase in the unit output of gas turbines,
it is now necessary to develop high-efficiency cimpressors
with outputs of 200-300 kg/sec at speeds of 3000 rpm and
blade peripheral velocities of 250-300 a/sec. For this
purpose it was necessary to develop special stages wiTh
50% reaction. In recent years theoretical and
experimental work at the Central Boiler-Turbine Institute
has resulted in the development of a new high-efficiency
stage type K-r-0-1, the main characteristics of which are
given. An expression is written for the distribution of
the discharge component of the velocity over the blade
radius. Curves of this velocity distribution and of the
inflow angle-s for stage K-50-1 are gi*ve n J n ~'i gure s 1 a7ad
2. The main stages of the design are described. Wind.
tunnel tests were made on individual-blades. The stage
Card 1/3 as a whole was tested on a single-stage axial compressor

SOV/96-5 9-3-7/21
A ilew IUE;h-.L~fficiency (joinprecsor ~'J"taL-e witi, 50"". Degree of Reaction
I
rig and it was found that the angles of attack and the
field-s of velu~ity and total pressures differed from the
calculated values. The stage was accordingly adjusted
to brinE the tt-,st figures more into line with the
calcuiated values. For this purpose it sufficed to turn
the blades slightly and to displace them somewhat radially.
The resulting fields of velocity and pressure, plotted in
Fig.3, approximated closely to the theoretical values.
i4oviever, the distribution of reaction o7rer the radius was
somewhat changed,, In the final adjusted stage, the
reaction re-mained at 0.5 of the mean section of the blade
and was 0.5r-- at the periphai-y and 0.4-~ at the blade root.
The main test results on the completed blading are
presented graphically in Figures 7. It will be seen
from Fig.5 that the maximurn efficiency of the stage
occurs at a peripheral velocity of ir-0-
200 m/sec and is
approxi-mately 95Yo. In order to obtain data about the
operation of the stage luith a group of similar stages,
Card 2/3 a four-stage compressor was made up with K-50-1 blading
C~ -

SOV/96-59-3-7/21
cy "'omoressor 13-'U-a,-,e with 50',',: Degree of Reaction
ien
and was tested on the rig of the Central Boilei--T-urbinen-
Institute. It was established that this stage ODemtes
satisfactorily in a group. It is concluded that the
stage can be used in the construction of multi-stuage
high-efficiency axial corapressors. There are 7 figures
and 1 table.
ASSOCIATIUN: Tsentrallnyy kotloturbinnyy institut (Central
Boiler-,'-Purbine insbitute)
Card 3/3

TISHCHEDIKO, Nikolay Flikhaylovichl REGNEVITSKIv-, I.B., retsenzent; SYSOVYEV,
N.V*,-red.; SHIROKOV, M.M., tekbn. red,
[Noncontact magnetic relays] Beskontaktnye magnitnye rele. Mo-
skva, Gos. energ. izd-vo, 1961. 127 p. (Biblioteka. po avtomatike,
no.3q) (MIU 14:10)
(Electric relays)
(Magnetic amplifiers)

SERGEnEV, G.A., inzh.
:::Z--
,Studying the low-consumption axial stage of a multistage compressor.
Teploenergetika 8 no.11:23-27 U 161. (MIRA 14:10)
1, TSertrallriyy kotloturbinnyy institut.
(Gas turbines)

ACCESSION NR: AP4038627 s/0109/64/009/004/0741/0743
AUTHOR: Sergeyev, G. A.; Romanenko, A. F.
TITLE: EV-aru-a-U-n-g -the error in determining the correlation interval
SOURCE: Radiotekhnika i elektronika, v. 9, no. 4, 1964, 741-743
TOPIC TAGS: information theory, computer, radar theory, correlation interval
ABSTRACT: For evaluating the interval of correlation of random processes -
important in radar and computer work - various formulas have been proposed;
co
they contain a parameter: 'co - R'* (v) d-c. This parameter and an error, due to
0
defining the correlation function within a limited range of the values of its
argument T , are evaluated. Orig. art. has: I figure and 11 formulas.
ASSOCIATION: none
SUBMJTTED: 28Dec6Z DATE ACQ: 05Jun64 ENCL: 00
SUB CODE: DP, DC NO REF SOV: 003 OTHER: 001
Card I / I

GURIYEV, A.V.; ROMANENKO, A.F.; SERGEYIN, G.A.
- - -
Filtration of random processes. Radioteldhnika 19 no.1:63-70
Ja 164. (MIRA 17:1)
1. Deystvitellnyye chleny Nauchno-tekhnicheskogo obshchestva
radiotekhniki i elektrosvyazi imeni Popova.

GURIYEVJ- A.V.; ROMMIENKO, A.F.; SERGEYEV, G.A.
Properties of a geneialized smoothing operator. Radiotelchnika
19 no.2:67-72 F 164. (HIRIA 17:6)
1. Deystvitelinyye chleny Nauchno-tekhnicheskogo obshchestva
radiotekhniki i elektrosvyazi imeni A.S. Popova.

L 41422-65 GS
ACCESSION NR: Xf5009737 T'R/0000/65/000/000/6221/0232,
AUTHOR: Serseye Romane nko, A. F.
-TITLE: Use of orthogonal filters for the optimization and stud of statistical
properties of-errors in adaptive systems
am mitiche ke
-SOURCE: --Analiticheskiye-samonastraivayusti6h:tve~v4 sist y avto
go
upravleniya (Analytical adaptive- control. systems). Moscow,'Izd-vo Mash inostroy-a
eniye, 1965, 221-232
TOPIC TAGS: orthogonal filter; adaptive system ercor, err-,r statistical proper-
ty,.smoothing out operat .or, correlator choice, mathematical error-expectation.-
smoothing out interval, automatic control.system
ABSTRACT: The correlation method is used widely for thi synthesis of the dy-
namic characteristics of analytical adaptive systems; the-pulsed transient fune-11
tions are calculated by taking into account the correldtion connections between
the input and exit signals,(see,_e.g., V. V. Solodovnikov, Statisticheskaya
dinamika lineynykh sistem avotmaticheskogo upravleniya Fizmatgiz, 1960). Con-
sequently, it is urgent that someone study the fine structure of control systems
Card 1/3
- ---------

--- r- -- ---r ------ ---- -- -7-7
for the reiterative processing of information. A successful correlational
analysis of control system errors requires that one 1) finds an optimum-smooth-
in&-out operator-needed for the-evaluation of-the mathematica.l-,eirpectation of
control system errors; and 2) chooses the correla-to'r type* The Authors show thae"',
t+r
t(x)dV'.
SA(i) 27' 11 (X)
can be used for the definition of a s imple atid comparatively efficient smoothing
convenient for the processing of.nonstationary processes. Here,
out operator ST
(t) is the random process under stud h(t) is the weight 'fuaction- of the
WS
smoothing out filter, and 2T is the dmoothing out Interval, The choice of.the,.
optimum smoothing-out conditions, the analysis of experimental data, and-theusei,
of orthogonal filters for the optimization of adaptive systems,are,all.diszu4sed'-
in considerable detail. The experimental st-idy of the control system errors
utilized 12 smoothing out channels, each of which corresponded.to a fixed value A'_
Card -2/3

L -29431-66 EWT(d)/EWP(1) IJF(c) BB/GG/GD
ACC NRi
AT6012897 SOURCE CODE: UR/0000/65/000/000/0185/0196
AUTHOR: Sergaev, G. A.; Sukhodollsidy, G. V.; Bodlozeroy, V. M.
ORG: None
TITLE: Investigation of the statistical characteristics of a human operator for the case of
nonstationary input signals
SOURCE. Sistema chelovek I avtomat (Man-automaton systems). Moscow, 1zd-vo Nauka, 19659
185-196
TOPIC TAGS: automatic control system, man machine communication, human engineering,
error minimization., bionics
(6u
ABSTRACT: The authors consider the stability of individual elements in a man-machine
_�XaLem under the effect of random control signals. The octreme variabiliky 1n__th=ynamic
parameters of the human operator in each specific case makes It necessary to use statistical
characteristics to account for the degree of nonlinear information conversion by the operator.
A generalized statistical characteristic is given which reflects the structural properties of in-
put and output errors made by the operator. The degree of nonlinear information conversions made
by a human operator is experimentally evaluated by studying the effect of nonstationary input action
on the output errors of the operator. The operator was required to follow a target moving in conform
ity with a nonstationary random function with various parameters. Specimens ofthe programmed
motion of the target are given together with the results of human tracking. The efficiency of the opera-,
L C.,d 1/2

L 29431-6 6
~~CC NR, AT6012897
tor was evaluated by the output error defined as the root-mean-square deviation of the pointer
used to follow the target from the mathematical expectation. A hypothetical model Is proposed
for the human tracking system based on two control circuits: external-exteroceptive and inter-
nal -propriocdptive. The characteristic features of this human cybernetic model are discussed
and the cqgelation functions for error components calculated on the basis of this model are
compared with experimental data. The results indicate that a human operator should be used
in the final links of a mad-machine system. Orig. art. has: 2 figures., 3 formulas. [08]
SUB CODE: 05 / SUBM DATE: 02Aug65 / ORIG REF- 009 ATD.PRESS:6-ODq
2/2

_AC~-~~' ~226V""'_'~c 10FIRWEIT111%, ~~ UR/0000/66/000/000/0222/0232
INt ~ 100t
AUTHOR: Sergeyev, G. A.
ORG: none
TITLE: Experimental investigation of self-adjustment functions of the human operator
SOURCE: Moscow. Institut avtomatiki i telemekhaniki. Samoobuchayushchiyeaya
avtomaticheskiye sistemy (Self-instructing automatic system Moscow, Izd-vo Nauka,
1966, 222-232
TOPIC TAGS: self organizing system, man machine LVUa0==, human engineering
ABSTRACT: This work examines results of experimental studies of the self-adjusting
functions of human operators working at consoles under the effect of nonsteady input
signals. These functions are effected by means of a certain class of operatively
computable information estimates taking into account the variation in structural char-
acteristics of the output errors. The study makes it possible to investigate the
effectiveness indexes of operator self-adjustment function, to disclose the structure
of informational elements comprising the cybernetxc model of the human operator, and
to obtain qualitative characteristics necessary for mathematical and physical simula-
tion of self-adjusting systems. An automatic stochastic regulator system operating -
under the effect of random input signals was the general model used for output signal
analysis. In human-operator systems the time lost in establishing the fixed dominant
Card 1,L2----

__ L 07211-67
ACC NRI AT6022689
state in which operator efficiency reaches a given level is characterized by the vari-
able time taken by exteroceptive and propioceptive regulating system to regulate
error structure of the muscle motors. A table, based on a study of the self-adjust-
ment function using instantaneous information parameters in the compensator regime,
gives data showing relative reduction of average error period in the frequency region
in comparison to error parameters in the time region and demonstrates that intrinsic
frequencies of internal and external regulating circuits are displaced. Orig. art.
has: 20 formulas, I table, and 11 figures.
SUB CODE: 06/ SUBM DATE: 02Mar66/ ORIG REF: 003/ OTH REr: 001
2

E~j (1) S CT B DD
SOURCE CODE:
INVENTOR: SerjLeyev, G. A.- R
ORG: none
TITLE: Device for the operational statistical processing of biopotentials. class
30, No. 180734
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 8, 1966, 59
TOPIC TAGS: biostatisticaj data processing, biopotential
ABSTRACT: An Author Certificate has been issued for a device used to process bio-
potential data statittically. -To obtain variable information parameters adequate
Fig. 1. Block diagram of the device.
for investigation processes, the analog system is Tn ade iin of: 1) a variable di sper-
sion channel; 2) a correlation interval channel; 3) a channel o-f the product of
variable dispersion and.the correlation;.interval (see Fig.- 1). JCD)
06 SUBM DATE: 02ju164/ UDC: 615.471,
:616-07*
ard :621.03R

F-R &F-YE

Ine
Photochemical senrjlltatin~n_bv Dr ' In th~~,
ro Sergeev and DoVidy
M. 48
ag M. _13.5 CA-
LIP
.13300ce; O(Mlh_,ow:-The kinetics of the i ation of a a
2w uun CH% + 100 Mm. 0 + 4.8- r in the presence'
of ultra~iolct light -Thi3 process differs
from thermal oxidation by the initial decrease of total pres-
SUIC, owing to PT04H fortnallou us postulattd, then -after
-'reaching a win , ,%~~nncd the knomi.s4ha"i foral, Dilt
corithtuallon of Irradiathnint t1u; One of the InitL4 dCvT!v,4sC
--of-pressuf c-did- not-aff ixi- con- - -
tinued fa decrease -and thqjoitnation of PrO~H further in..
creased. . Withoui uUraviol" light even at-210' oxidation
did not take place. Oxidation products al 210* were in-'
vestigattd. - polarogrAphically. PrOSH, CO, - co~, Cu.,
CHT. H, but no acetone nor aldchyde, were found. Cf
Knox and Norrish (C.A. 48, 7rd9d).. Michael Dy~~

USSR/ Chemistry Hydrocarbon oxidation
Card
Authors : Revzin, A. F., Sergeyev, G. B., and Shtern, V. Ya.
Title t Mechanism of oxidation of hydrocarbons in gaseous phase. Part 7.-Effect
of homogeneous (N02. Br2) additions on propane oxidation
Periodical I Zhur. fiz. khim. 28, Ed. 6) 985 996 . June 1954
Abstract The effect of N02 additions on the oxidation of 2C3H8 + 02 - mixture and
the photochemical Br2 - sensitization of the oxidation of a 2C H8 + 02
mixture, were Investigated. A reduction in the length of the induction
period, without change in the chemism of the consequent propane oxidation!
during the addition of NO,% was established. The results of Br2
addition and simultane6us bombardment with ultraviolet rays, a-re
described. Ten references: 5 USSR., 3 English3 2 German. Tables; graphs.
Institution : The M. V. Lomonosov State University, Moscow
Submitted : April 18., 1953

Klue tics of the thchul _d&modl rco"I
Y
dr(votim. m4tzim% a &ciayf bmwida srritr
sto,in In A ~Vacuam 11pp, (if reasuM 10A
excer-ding the inajjor pvezt~wc at re6tu temp.
The pmgmm of -6t m4ctit"m Was 015xmd by the vzpovo
pje~Lre cjL%aXcr,. -.The rsutt.% wete poutly mpm4m&bk
ufall waa~, ti~ms wtrr uvult hi the zpp, and tc tsec=e coated
with carlx,tmLe,,,u's mitletial, alta whkh Wk. ttvxcdw% w"
-ito longer affected 1-y-Th, vessO-wall Mateti-Alv NHr dc-
cotnpa. wxsstudit~d at .356'"*'af V-6-4titla) twu of 90
min. fig. and iN dcommit. iate w~L- Ye
PrBrL
k, - 3.8 X 101 ,vhm%%A the rue for ISO-wilf
was III - k, [!-~*-Msr 1~ where k' - 5.5 X Ups v--O,*xjQrj
see. - The r=tion rates remain 'Const. 6 h~dt 15% ~(a_
A
vim,i.n, after vilkh
v -they begin to dmp~ and the reattku
becowes autoinhibiLing. Br~ addn, acWtrac6 the'reaction
atxiut 43 fold at 400'; 10% C~lls at .403' slowtd it down
sornewhat; 0 also u%xlcratt-d Ow reudou.
W~ M. S,

"-S( V
USSR/ Chemi-stry- -Physical chemistry
Card 1/1 Pub. 22 - 33/54
Authors I Sergeyev, G. B.
Title I Kinetics of thermal decompos.ition of butyl bromides
Periodical I Dok. AN SSSR 106/2P 299-302$ Jan 11, 1956
Abstract I Four kinds of butyl. bromides were investigated in a vacuum static vc-,:-cl
to determine their thermal decomposition kinetics. The reaction kin4A;.(.o
was studied by the occurring presgure fluctuations by means of a
pressure gage. The content of hydrogen bromide and olefins in equal
amounts in the decompositicn products was analytically established. The
relation between the rate of butyl bromide decomposition and pressure is
explained in a table. Three references: 2 USM and 1 USA (1953-1955).
Table; graphs.
Institution Moscow State University im. It. V. Lomonosov
Presented by: Academdcian 14. 11. Semenov, July 4, 1955

KABANOV, V.A j SERGHTW, G.B.; ZUBOV, V.P.; KARGIN, V.A.
Electron resonance study of pol7merization in the system acr7-
lonitrile - magnesium, obtained b7 molecular beam condensation.
Vysokom.sood. I no.12:1859-i86i D '59. (MIRA 13:5)
1. Moskovski7 gosudaretvennyy universitet.
(Polymerization--Spectra) (Acrylonitrile) (Magnesium)

7'1,7), 21(8) SOV/153-2-4--12/32
A'QTTHORS: Burlakova, Ye. B., Dzantiyev, B. 1U., Ser,geyev, 5. B., Ezanuell,
J,T.
TIIL--: Radiolytical Oxidation of Fat
PERIODICAL: I:,,vestiya vysshikh uchebnykh zavedeniy. Khimiya i khimicheskaya
tc-khr,olo.-i-ya, 1959, Vol 2, Nr 4, PP 533 - 540 (USSR)
A3STRACT: The investicyation of the kinetics and processes of fat oxida-
tion is necessary for an economical production technology of
edible and technical fats and oils as well as for the investi-
gation of the assimilation mechanism of the fats consumed by
living organisms. The oxidation reaction of fats forms-a chain
reaction with de-enerate ramifications (Semenov, N. :.., Acade-
0
mician, Ref 1). It has been pointed out recently (Tarusov, B~ N.,
Refs 2,3) that the oxidation processes proceeding in the lipo-
protein phase of the cell structures play an important role in
radiation damage of the organism. The initiation of oxidative
chain reactions can be achieved by a short effect of catalysts
(initiators) at the beginning of the reaction (Refs 4,5). This
phenomenon has many analogies in the developmental- dynamics of
Card 1,/- radiation damages (Ref 6). Purified fresh cod-liver oil was

Radiclytical Oxidation of Fat
SOV/ /153-2-4-12/32
chosen for the investigation. it was oxidized by means of
atmospheric oxygen at 20-1300 in a glass cell (Ref 7). It
irradiated with amma rays from Co6l~ X-rays, and beta D.,
2 5 -_! C - -
from P5 and Aul 8. Figure 1 shows typical kinetic curves c;-P
the peroxide.aggregation with thermal oxidation at 65-100o. They
are characterized by an induction period which is shortened
with increasing temperature: 8 hours at 650; the period is al-
most entirely missing a'. about 1000. The curves of acid ag-gre-
gation seen in figure 2 are analogous to the above curves. Acid
for:nation, however, is somewhat retarded since acids are se-
condary oxidation products (Ref 9). The effect of ionizing radia-
tions on fat containing dissolved oxygen leads to the appearance
of oxidation products already at room temperature. The intensi-
ties of oxi ation in the range of doses used, however, are not
high (D= jo~_jo5p). The extent of the effect depends on the
temperature at which the fat is irradiated. The yield rises with
increa,sing temperature (Figs 3,4). This seems to be connected
with the attaining of conditions favoring the chain extension
(Fig 3). The authors introduce the symbol G for the value of
the radiation effect. Equations are derived for G as well as for
Card 2/1 the reaction rate W. Curve 1 (Fig 5) concerning the oxida-~ion

Radiolytical Oxidation of Fat
SOV/153-2-4-12/72
of irradiated and nonirradiated fat at 100 0 illustrates the
presence of an "upper temperature limit". Above this limit the
irradiation dose does no longer affect the oxidation kinetics.
The effect of a previous irradiation at 200 on the formation
kinetics of peroxides in fat with an oxidation at a higher temper-
ature is analogous (Fig 6). Thus, the separation of the irra-
diation period and the oxidation period with respect to time only
affects the duration of the induction period whereas the chemism
of the process remains unchanged. The types of radiation mentioned
at the beginning neither influence the kinetics nor the chamism
of fat oxidation. The quantity of radiation yield depends on the
temDerature extreme. There are 8 figures and 11 references, 8
of which are Soviet.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet imeni M. V. Lomonosova.)
Kafedra khimicheskoy kinetiki (Moscow State University imeni
M. V. Lomonosov) Chair of Chemical Kinetics)
SUBMITTED: May 16, 1958
Card 3/3

5(4),5(3)
AUTHORS: Lishnevskiy, V. A., Sergeyev, G. B. SOV/20-128-4-36/65
TITLE- Rapid Addition of Chlorine Across *a; Double Bond at
Low Temperatures
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 128, Nr 4,
PP 767-768 (USSR)
ABSTRACT: A. M. Chaykin (Ref 1) ascertained in 1955 that chlorine at
low temperatures in the condensed phase is rapidly added to
ethylene. The authors assumed that under these conditions the
steric hindrances are reduced, and investigated this reaction
in the vacuum at the temperature of liquid nitrogen on ethyl-
ene, propylene, isobutylene, cyclohexene, styrene, and thio-
phene. Reaction occurs immediately. Except for thiophene which
supplied hardly separable mixtures, quantitative yields of
dichlorosubstituted compounds were obtained (Table 1). On the
basis of these results it should be possible to develop a new
preparative method of synthesizing dichlorosubstituted com-
pounds. There are 1 table and 1 Soviet reference.
Card 1/2

Rapid Addition of Chlorine 'AcrosB'i Double Ber-d. a-,,- SOV/20-128-4-36/65
Low Temperatures
ASSOCIATION: MoBkovskiy gosudarstvennyy universitet im. M. V. Lomonosova
(Moscow State University imeni M. V. Lomonosov)
PRESENTED: May 25, 1959, by ff~ N. Semenov, Academician
SUBMITTED: May 23, 1959
Card 2/2

GITHMAN, V.S.; LISTUIEVSKIY, V.A.; SEqGETEV, G.B.
Interaction between molecular and atomic chlorine, and metallic
silver. Izv.vvs.ucheb.zav.; khim.i khim tekh. 3 no.1:29-32 F
,6o. (MIRA 13:5)
1. Kafedra khimicheskoy kinetiki Moskovskogo gosudarstvennogo
universiteta imeni M.V. Lomonosova.
(Chlorine) (Silver)

, i ,-2 `- S -i
S/153/60/003/02/09/034
0 D BO11/BOO3
AUTHORS, Burlakovag Yea B., Dzantiyev, B. G,q Zefirova, A. K.9
Sergeyev, Go Bo, Emanuel?, N. M.
TITLE: The Therma-1.and Radiolytic Oxidation of Methyl Oleatel
PERIODICAL, Izvestiya vysshikh uchebnykh zavedeniy. Khimiya i
khimicheskaya tekhnologiya, 19609 Vol. 3, No. 2,
pp. 265-271
TEXT. The authors studied the kinetics of the accumulation of products
of the thermal and radiolytic.oxidation of the methyl oleate by
atmospheric oxygen at 50 - 1200. For this purpose a vessel was used
which was analogous to that described in Ref. 10. The peroxide amount
was determined iodometrically. The acids were determined by titration
of the oxidate dissolved in neutral ethanol with an 0.05 N-8olution of
alcohol-alkali solution. An x-ray apparatus of type RUP 1-M-2, 200 kW
was used as radiation source. Air was blown through at a rate of
5 - 7 1/h,. The authors proved that the principal amount of the oxidation
products is formed by conversion of the hydroperoxides (Refs. 1-4).
Card 1/3