SCIENTIFIC ABSTRACT A.M. DMITRIYEV - A.S. DMITRIYEV

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000410510020-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ETTINGER, I.L.; Y,'..1'4'RIYFV, A.M.; BOGDANOVA, Ye.M.; VOYTOV, G.l.
Some characteristics of the corption properties of the anthracite
of I-'-- Pastern Donets Basin. Dokl. AN SSSR 116 no. 5zlO99-2101
Je 164. (MIlUL 17-6)
1. Institut gornogo de-la im. A.A.Skochinskogo. Predstavleno
akademikom N.V.Mellnikovym.

ROYAKI S.M., dotsent, kand.tekhn.navk; DMITRIYEV, A.M., inzh. -
Hardening of cement under conditions of high temperatures ind
pressures. Nauch. soob. NIITSementa no.9:19-30 160. (MIRA 14:5)
(cement)

ROYAK, S.M.; DMITRIYEV A M.
Viscous material for cementing deep wells. Neft. khoz.*39
no.7:25-29 JI 161, (MIRA 14: 6)
(Oil well cementing)

LIDN, G.D.; AYRUNI A.T;-. DMI~YEV,_A.-H.; GNIMIN, V., red.izd-va;
ANMIYZV, G.i., t WK.red.
[Methods of extracting and utilizing metbane from coal beds in
foreign countries] Sposoby itivlecheniia, i utilizntaii metana.
ugollnykh mentorozhdonii za. riibezhom. Moskva, Uglatekh12u4-'%t.
1957. 85 P. (MIRA 11:1)
(Methane)

ROTAK, S.M., kand,tekhn,,nauk;-X!,*~l,-S-Vl-~.M-, inzh.
Interaction of quartz with lime at high temperatures and
preasiwas. Stroi.mat. 6 no.4:30-34 Ap 160.
(MIU 13:6)
(quartz) (Lime)

BUDKIKOV, P.P.; ROYAK, S.M.; IDPATRIEDVA, L.Ya.; DHITRIYZV, A.M.
ODmposition and stability of calcium bydroailicateA subjected to
b~~rothermai treatment at 700,atm. and 200 C. Dckl. AN SSSR 134
no.3:591-594 S 160. (HIRA 13:9)
1. Chlen-korrespondent AN SSSR (for Budnikov).
(Calcium silicate)

I:RAVCMKO, I.V., kand.tekhn.nauk, iazh., TOLICOT, "S.,
z"_.-
inzh., IMIM D-N., k2ula.te
Rydration products of clinker rdnerale in very deep oil vells.
Trudy NUTSament nool.3t35-50 160. (MIRA 13;11)
(Cement clinkers-Testing) (Oil well drilling)

S/020/61/1 37/002/014/020
B103/B215
AUTHORSs Budnikov, P. P., Corresponding Member AS USSR, Royak, S. M.,
and D
TITLE: Composition of a binding agent hardening at high temperatures
and pressures
FERIODICALi Doklady Ak'ademii nauk SSSR, v. 137. no. 2, 1961, 363-365
TEXTz At the Nauchno-iseledovateltskiy institut tsementa (Scientific
Research Institute of the Cement Industry) the authors studied the technibal
properties of cement stone obtained from a mixture of belite (~_c 2S) and
quartz sand when heated at 200, 250, and 300 OC and 700 atm pressure in the
years 1959-1960. Belite is the only mineral that hydrates slowly even at
2000C and NO atm pressure, and forms weakly basic calcium hydrcsilicates
when mixed with high-silicate components. These ares tobermorite (C 4S 5H5
xonotlite 048110.,d,and the hydrosilicate CSH(B). The authors previously
showed that the above hydroBilicates are decisive for the commercial
Card 1/6

S/020/61/137/002/1014/'020
Composition of a binding agent... B103/B215
p:~operties of ..ement stonn. Using Tovarov's method ~Abstracterls note:
not described in the textl they crushed belite and quILrtz sand in ball mills
2/ cm2/
up to specific surfaces of S - 2700 am g and S = 2000 g and mixed them
with water, The moment of binding was determined inside the autoclave at
2000C and 700 atm pressure by using a device described in Ref. 5 (A.I.Bula.
tov, Novo8tl neft. tekhn., neftepromyal, delo, no- 5 (1956). The time of
the rise in temperature up to the previously determined point was less than
1 hr. The bending strength was measured 1 to 2 hr after the samples
(:?y2.,,2 and 4 1,16 cm) had been taken out of the autoclave, and the compres-
sive strength of the two halves thus formed was determined. Thermograms
were taken with Kurnakov's pyrometer. From these curves, the authors can-
clude that the samples of pure belite autoclaved for 24 hr, showed an
endotherraic effect (78000 which proved the presence of hydrosilicate
C2SH (C)~ By adding the high-silicate component to belite, and exothermic
effect is observed at 815-630 0C on thermograms, which indicates the
presence of hydrosilicate CSH (B) with a basicity of 0.8. In this case,
no highly basic calcium hydrosilicate was detected in cement stone. Auto-
Card 2/6

Composition of a binding agent..
S/020/61/137/032/014/020
B103/3215
claving for 48 hr showed similar results.- Times of binding and strcngth
of the samples differ considerably according to the percentage of 'he high-
silicate component. An admixture of 20 to 50-1.1 somewhat acceler.ates "he
binding process, but causes a jumplike increase in the strength of cement
stone (Fig. 2). Further increase in the content of the high-silicate
comDonent reduces strength and decelerates binding, since the optimum
content of low-basic calcium hydrosilicates is "diluted". Lon;~_-Iasting
autoclaving (up to 7 days) does not reduce strength. Hence, the authors
conclude that their statements on the stability of tobermorite, xonotlite,
and CSH (B) at 2000C and 700 atm pressure (Ref. 2: DAN, 134, no. 3, 1960)
aTe confirmed. There are 2 figures, 1 table, and 5 Soviet-bloc references.
SUBIMITTED: December 12, 1960
Card 3/6

Composition of a binding agent... S/020/61/137/002/014/020
B103/B215
Legend to FiiZ. 2:
1) Beginning of binding Vrlcmt
in hr and min. 2) End of 500, ,u
we
binding in hr and min. 400- 3-
3) Compressive strength 300-
4
4
(1-3 after a-atoclaving
at 200 0 C and 700 atm ri too -.2 5 3
S100.
for 24 hr). 4) Compres 0
sive strength at 2500 and 0 3b Pq 4,0 3*0 l'0 lO,%,8-qS
700 atm after 24 hr. 0 10 ZO 30 40 50 60 70 80 90Y. $0,
5) The same &s 4, but at
3000C and 700 atm;
a) compression.
v
Card 4/6

. .. Composition of a binding agent ...
~ 0 M! 10- b IT
S/020/61/137/002/014/020
B103/B215

S/02 61/13'11/002/014/020
Composition of a binding agent... B1 03YB215
rIpH W 11 700 RTH
26
14 10, ~O 0,39 t q. /10 m. 2 m. 20 m. -
43
15 is 95 0,39 1 30 m. 1 55 m. -
77
16 20 80 0,39 t ti. 20 m. I ti. 42 m. -
M 24$ 500
17 30 70 0,39 1 00 t 1. 20 wo3 -,-7o
146
18 50 50 0,39.
168
19 70 30 .0,39 -
28
20 100 0 0.4. -
Legend to Table 1 1) Number of experiment. 2) CompositLon of'the mixture.
a~ Belite component. b) Silicate oomponent. 3) water: cement ratio.
4 Beginning of-binding- 5) End of binding. 6) Strength, k9/Gm2;
numerator: bending strength; denominator: compressive strength, 7) Days
of autoclaving.
Card 6/6

ROYAK9 S.M., kand.tekhn.nauk;jVITR1 -M., inzh.
Wo A
1krdening-conditions and selection of binders for cmsing oil and
gus wells, Stroi. mat. 7 no.2:21-24 F 161. (MIRA 34:3)
.r %-;v (Gas wells) (Oil well cementing)

DIKITRIYEVp A.M..
Computatione,l method for determining the gas content of owl soams,
Gor. i ekon. vop. rasrab. ugoll..i rud. nest. no.lt232-241 162.
(MIRA 160)
(Mine gases)

I elk h 17-r, -ir mp-Lhlnostr.,, riau~*-i.-~;,,,6r..

DMITRIYEV, A.M., kand. teklm.nauk
Calculating shape allowances for the parts of pmss fitted
Joints. Vest.mashinostr- 45 no.10:37-38 0 165o
(MIRA 18: 11)

HLB"VICH, A professo . do tor tekhnicheakikh nauk, zasluzheMry
deyatel" nauki i tekhniki; IVANOV, V.I., professor. doktor
tekhn1che!ikikh nauk; IMEMUC, A.Y., dolctor tekhnicheskikh Etauk;
RAUMCOMY, N.N.. doictor takhnicheskikh nauk; JWQjjJ"dwj6
dotoent, kandidat teklinicheakikh nauk; NLFMVSKIT.'B.I., dotsent,
kandidat tekhaicheakikh nauk; BASIUMN, A.V., dotaent, kBndid-at
tekhnicheskikh nauk; HANOTLOV, V.Te., dotseat, ksadidat tekhniche-
skikh nauk; RYZHOV, F.I., dotBent, kandidat tekhnicheslcikh nauk;
K&PPYJW,N, A.G.. kandidat takhnicheakikh nauk: EARYSENIKOV, V.D.,
kandidat tekhnicheskikh nauk
Oa the article "Development of automatic control and telemschanies
in the fifth five-year plae. Avtom. i telem. 15 no.1:78-79 Ja-F
054. (MLRA 10:3)
1. leningradskiy elektrotekhnicheskiy institut im. V.1.U111ranova-
Lenina.
(Automatic control) (Remote control)

DMITRIYLV,. A.B.
Ceiniautomatic crossing gate. Pat' i put.khoz. 4 no.624-25 Je
1;
t6o. (MIRA 13:7)
1. jZamestitell nachallnika distantaii puti, stantsiya 11amenakoye
MotikovRko7 dorogi,
(Railroads-Crossings) (Automatic control)

S/193/60/000/008/015/018
A004/A001
AUTHORS: Kryukovskiy, N. N., Dmitriyev, A. N.
TITLE: Introducing the Gang Machining of Parts at the Plants of the Lenin-
grad Sovnarkhoz
PERIODICAL- Ryulleten~ tekhniko-ekonomicheskoy informatsii, 1960, -No. 8, pp-70-71
TEM., The,authors.report on the results of introducing gang machining of~
various parts.at the plants of the Leningrad Sovnarkhoz and point out that this
new,production method increased the labor productivity by 25 - 40% an the average.
At one of.the Leningrad mechanical engineering plants more than 11,000 machine
parts, or 70% of the total number of parts, are machined by this method, which
resulted in savings of 4 million rubles per year. Gang machining could be intro-
duced after an extensive unification and standardization of machine parts and
units.of basic production. -Special classification indices and cards of technologi-
cal processes of gang machining are being used,.while special gang equipment has
been developed reducing preparatory operations by 45-60% and cutting the time of
preparatory production by half. The authors present some data on the economic
efficiency of Individual gang processes. The labor productivity of turret lathes
increased by 4U; while the number of operators was reduced by 50%, which resulted
Card 1/3

S119V601000100810151018
AO04/AOO1
Introducing-the.-Gang Machining of Parts at the Plants of the Leningrad Sovnarkhoz
in savings of more than 25,000 rubles for one turret lathe operating in two shifts.
The labor productivity of lathes increased by 37%, while costs for special equip-
ment decreased by 80%, which resulted in savings of 8 - 12,000 rubles per year for
one lathe. The labor productivity of milling machines. and capstan lathes increased
by 36 and 47%,respectively. More than 100 plants of the Leningrad Sovnarkhoz
produce 224,700 items of parts, among them 62,340 parts on turret lathes, 42,660
parts on lathes, 21,220 on automatic,lathes, 30,200 parts on milling machines,
29,580 parts by cold stamping; 6,000 parts by hot and liquid pressing, 5,000
parts by pressure casting and 2,700 parts by other methods. Considering the
different industries,.'126,548 parts are gang-machined in mechanical engineering
plants, 39,561 parts in the radiotechnical industry, 23,700 parts in the ship-
building industry, 24,73D parts in the instrumentation industry and 11,061 parts
are gang-machined in the electrical engineering industry. In 1959, 30 million
rubles were saved by the Leningrad Sovnarkhoz plants by introducing the gang
machining of parts, compared to 10 million rubles in 1958. One of the advanced
engineering plants of the Sovnarkhoz held seminars on gang machining for the
representatives of 124 plants of 68 Sovnarkhozes of the RSFSR. 217 people were
Card 2/3 1 .

S/193/60/000/008/015/018
Aoo4/Aooi
Introducing the Gang Machining of Parts at the Plants af the Leningrad SOvnarkhoz
trained in these! seminars. As a result of this training quite a number of Sov-
narkho zes introduced the gang machining of parts by 1960. Thus, e. g., 4.,468
items are gang machined at the Vladimir Sovnarkhoz, 4,944 items at the Gor1kiy
Sovnarkhoz, 2,500 items, at the Kaliningrad Sovnarkhoz," 3,200 items at the Kalinin
Sovnarkhoz and 2,900 items at the Kurgan Sovnarkhoz.

I
TVF
IIAVUN Ye.jI.: DMI Vj AM ; KONIKOV, V.G.; SEMENOV, V.V.; YAD)VLEV,
A.11.
DiFital tracking systems using ferrite and transistor cells. -
Avtom, upr. J vych, tekh. no.5:23:10-29/+ 162. (MM 15:9)
(Automatic control) (Electronic calculating machines)

DMITRILEV, DOILINIUSYN, Ye.F.; KLYAROVSKlY, V.M.; PERTS-EVA, A.P.
Use of nitrogen 15 as an internal standard in detter-minin'r, the
quantity of radlogenic argon. C;e_okhimila no.7:874-878 -- 't-lz
(IURA l8il-1/1
1, Insti-tut geologii i geofiziki Sibirokogo ot-daleniya All
SSSR, Novosibirsk. Submitted March 12, 1964.

KOPMV-DVORNIKOV,' J97,-A.U-;~-
V.S.; POLKVOY, O.S.; DISTANOVA, A.N.;-DEMQ
YEFREMDVA, S.V.; KOZLOV, A.V.; PAVLOV, V.A.; PLAMIFVSKAYA,
X.L.; NEGREY, Ye.V.; MYNMAN, V.S., red.izd-va; DO~OKHINA,
I.N., tekhn.red.
[Palsozoic intrusive complexes.ot granitoids in Bet-Pak-Dalal
Paleozoiskie intruzivn~e kompleksy granitoldov Betpakdala.
Moskva, Izd-vo Akad.nauk SSSR, 1962. 295 P. (Akadenlia nauk
SSSR. Institut geologii rudnykh mostorozhdenil, petrografii,
mineralogii i gsokhimii. Trudy, no-54). (14IRk 15 :5)
(Bet-Pak-Dala-Rooks, Igneous)

DMITRIYEV., A.N.
Stratigrapby of Mesozolo sediments in the Amga Valle),
('rakut A.S.S.R.).,Trudy VNIGRI no.220. Geol. sbor. na.8:
3.85-200 16). (KM 17:3)

VOTAKH, O.A.; DNITRIiEV, A.N.
Correlatioh of the Pre-Cambrian series in the Igarka and Turukhan
regions based on absolute age data. Geol.i geofiz. no.7:82-83
163. (MIRA 1611o)
1. Institut geologii i geofiziki Sibirskogo otdeleniya AN SSSR,
Novosibirsk.

DMITRIYEV, A.N.; ZYKOV, S.I.; KLYAROVSKIY, V.14.; SHCHERBAKOV., YU.G.
New data on Mosozoic igneous activity and mineralization
in the GorW Altai and -the Kuznetsk . Alatau. Dokl. AN SSSR
153 no.4:903-905 D 163. (M1MA 17:1)
1. Institut geologii i geofiziki Sibirskogo otdelemiya AN
SSSR. Predstavleno akadelnikom V.S. Sobolevym.

DMITRIYEV, A.N,p inzh,
Work practioeo of the volunteer design bureau or the State Institute
for the Design and Planning of the Fiehery Fleet, Sudomtroon-le 30
noo7c57-59 Jl 1649 (14M 1819)

BUDNIKOV, P.P.; ROYAK9 S.M.; DMITRIYEVj A.N.
Composition of a binder hi~~d-eZ~ at,high temperatures and
Pressures. Dokl, AN SSSR 137 no. 2-.363-365 Mr''6:L. (111RA .14:2)
I., Oklen-korrespondent AN SSSR (for Budnikov).
. I (Cement)

DIOHIDOV, Mikhail Nikoisyevich; ~RIYEV, Aleksandr Nikolayevich;
KAZAROV, Yu.S., red.; -.0-M.-St -1-at "N
[Conquest of the depths] Pokorenie glubin. Leningrad, Goa.
soiuznos izd-vo sudostroit.promyBhl.. 1959. 173 P.
(MIRA 12:9)
(Marine bicleCy) (8ceanographic research)

GANF, Lev Abovich; W11TRIYMN, kicksandr Niholayovich; ~STOINARSKIY,
nauch. red.
(Toilers of the blue continent] TruzhenLki golubogo kori-
,linenta. Leningrad, Sl'udpromgiz, 1959. 195 1).
(NTHA 1e.-3)

DIOMID01f, M.N., inzh.; DMITRIYEV, A.N., inzh.
........
Trawler "Pioneer." Sudostroenie 25 n0-9:1-3 S '59.
(MIR4 12:12)
(Trawls and trawling)

GANF, Lev Abovich; TI'TRIYEV,. 4ek-,-,Eaidr . Niko, I Eiyevioh; ASIIII lk, , 1. . -16r. ,
prof'.: retsenzent; GLIJSHCHENKO, G.T., -inzh., retserzent;
STOLYARSKIY, L.L., nauchn. red.; FEI:OVA, Ye.M., red.
[The path of the ship] Patl k( ablia. Ler~ingrad, SuAo-
I
st,roenie, 1964. 257 p. kVIF.A 1e:2)

U L11 --f --f
453 ~70_66 F, t,17 f, -_
CC 14R: AT 024960, (N) SOURCE CUD_E-._fjk/_00
00/65/000/0090/0105 .43 5
AUTHOR: Dmi ev, A. N. B tl
ORG: none
TITLE:
L
C11
bz
SLT
Design of 1he "GA-2000" bathyscap
SOURCE: _ANSSSR. Okeanograficheskaya komis
__!nVa. Sektsiya podvodnykh Issledovaniy.
Razvitiye morskildi podv~a_nykh_iss1edovaniy (M-velopment of underwater marine research)
Moscow, Izd-vo Nauka, 1965, 90-105 W-
TOPIC TAGS: bathysphere, oceanographic equipment, oceanographic research facility
~ Y/
'&Irv "
AB T
S_~rAg In 1962 the design department of Giprorybflot (obshchestvennoye konstruktorskoye
byuro Giprorybflota) at the request of the Polar Research and Prpject Institute gf, arjncLEL9jL-_
ing and Oceanogia2 _q__ -tellskly I proyektn3T institut znorskoao
jn~.LPolyarnyy nauchno-I sledova
rybnogo khozyaystva i okeanografii APINRO worked out the preliminary plan of a deep-Nvater
self-contained nonfloatin 'JatUAcape With a submergence depth of 2000 m which was designated
"GA-2000.11 This -Lrticle describes & difficulties Involved in designingbathyscapes in general
and presents the optimal basic characteristics of a bathyscape, power 6upply systems, equip-
ment, and costs. The bathyscape has a maximal depth of submergence of 20CIO m, underwater
C-rd

ACC NR-- AT6024960
speed of 5 knots in a horizontal direction and 3 knots In a vertical direction, sailing range of
.12.5 miles at a speed of 5 knots and 50.0 miles at a speed of 2.5 knots, has a crew of W,o, can
stay submerged for 24 hr and it is 6.15 ni long, 1.8 ni wide, and 3.0 in high. The surface dis'
iplacement is 6.5 t. and imderwater displacement is 7. 0 t. TV welght o the research equIpmeni
I f I $ 5
~ tltanluni~ duralumin and gjass
is 0.40 t. The mat,:,rial of the bathyscape/is a sm~~
laminate for which Exe given the spccific~ivelght, tensile strength, compressive strength,
modulus of elasticity, and rigidity. After plant tests, test dives to a depth of 2000 m were
carried out first unmanned and then manned, in which the first dives were made with a cable
and telephone communication. The bathyscape was transported to the place of submergence
by a base ship. It was not possible to conclusively solve many technical problems in the pre-
11minary design. Wien working out the technical draft the possibility was not precluded of
deviations from accepted design principles, including a change of the overall design of the
bathyscape. Orig. axt. has: 2 tables and 1 figure.
SUB CODE: 08/ SUBM DATE: 06Dec65
Card 2/2
-----------

INITRIYEV L.-P
1
Ca2cuUtion of isoplaratic eyelems. Izv. vyv. ucheb. zav.;
prib. 6 no.2:99-106 163, (MIRA .16:4)
1. bmingradskiy institut toelmoy makhaniki i optiki. Reko-
mendovana kafedroy optiko-maklianichaskikh priborov.
(Lellses)

DMITRI-YEV, A.F.
Using special charts for designing looplanatic systemso Tzv, vy-S.
ucheb.zav.; pri.b. 6 no.3:2-18-L23 .163. (MIRA 16:9)
1. leningradskiy institut tochnoy makhaniki i optiki.

KAFLUNOT, R.P., prof., doktor tekhm.iauk.; MOSKALIKOV, Te.F., irash.;
BM.Yq.%R, L.S., inzh.; DKITHRIV, A.P., inzh.
-
Determining working motion parameters for a jet piercing: machine
arA 1,.ype of its design for use as bore with therml piercing.
Nauch. dokl. vys. shkoly; gors delo no*3:209-218 '58. (MIU 11:9)
I.Prodstavlena kafedroy racrabotki rudnykh meatorozhdenir
Moclawskogo gornogo instituta im. I.V. Stalins..
(Boring machiner7)

".F., C,!.n0l Tcc',- Sci S, -,i' C:",(
Allk, c'; v o'!
-IJ.
"ininc lm~t i,i T.'.l. St- lin. 1r -o~ -Jav~alorm"
,~O'Its), 150 co-Pit-, 12,0)

SUKHANOV, Afano.siy Filimonoviob, prof., doktor tekhn.nauk, red.;
NAZAROV, Petr Petrovich;~KUTUZOV, Boris Nikolayevich;
NEVS,KIY, Vladimir Leonidavich; D141TRMY expey
i Al k
P yl2X=, GOIDVIN, Grigariy LuxuY.Lovich; MORINP
uM-y--HIFthaylovich; KHANUKAYEV,- Aleksandr Nisanovich;
4
KORDLEVA, T.I., red.izd-va; SALYAR, S.Ya.,, tekhn. red.
[Boring and blasting operations] Burovzryvnye raboty. [By]
A.F.Sukhanov i dr. Moskva, GDOgortekhizdat, 1962. 242 p.
(Boring) (Blasting) (MIRA 16:9)

DMITRIYEV, A.P., kand. tekhn. nauk; LEBEDEV. Yu.P., gornyy in2;h.;
-T- "-t :- -91MY-IRZAYEV, Xh.Kh.v gorny-y :Lnzh.
Characteristics of thermal piercing of boreholes in com-
plex ore deposits. Nauch. trudy Mosk. inst. radioelek. i
gor. eloktromekh. no-47:67-75 863. (MIRA 17:6)

NIBERG, N.Ya.;; RESHETOV; D.N., doktor tekhn. nauk, prof., retsenzent;
DMITRj:YEV, A.P., inzh., red.
[Dovilp of reducing gears; selection of parameters and the
tables method for designing transmissions) Raschet redukto-
rov; -vybor paranetrov i tablichnyi metod rascheta peredach.
Moskva, Izd-vo "Mashinostroenie," 1964. 170 p.
(MIRA 17. 15)

DMITRIYEV, A.P., dotsent; DOBROVOLtSKXY, G.P., inzh.; IWZYAYEV, L.S., inzh.;
`w---TWTVVA1DT-, O.N., -.L.-izh.; YAMISHCHIKOV, V.S., inzh.
Determining certaixi physical properties of rock for estimating
their drillability by thermal piercing. Izv. v-y-s.(Ucbeb. zav.;
gor. zhur. no.W6-90 J1 164 MIRA 18-.1)
1. MDBI:ovskiy institut radioelektroniki 1 gornoy elektromelhaniki.
Re~amenuovana kafedroy fiziki gornykh porod.

ciotsent; YAW'~HCHIKOV, V.S., inzh.
u
~:Jastlic.jty of mcks and its effect, on theJr dri.12 ability ITy
thorm8l. piercing. Izv. vys. ucheb. za-,r.; gor. zhur. 8 no.7.-
,)8--!01~. 165. (MTFA 18-9)
I alcktromekbr-riki.
t,'.0,;kovskiy institull, radionleRttrcmflci F(:.-n()r
I-ekoinerldovana kafedroy fizilki gc,-nykli pcrod.

I)MITRIYEV., A.P.P kand.tekhn.nauk; DERBENEV, L.S., gornyy inzh.; KAPUSTIN, A.A.,
g--O~jlnzh.; KUZYAYLFV, L.S., gornyy inzh.; DOBROVOL111 JY, G.N., gornyy
inzb.
Boring holes with thermal jet piercing machines with the use of air.
Gor.zhur. no-1144-45 A 165, (MIRA 1823)
1. Ploskovskiy institut radioelektroniki i gornoy elektromekhaniki.

DIMITRIYEV. LI-P.
Prelijainary calculation of three-component variable enlargement
systems. 1-'zv.vysouchab.zav.; prib. 8 no,1:163-169 16.5.
18:3)
1. Leningradskly institut tochnoy mokhaniki i uptiki.
vana kafedroy optiko-makhanicheskikh priborov.
(MIRA
Rekomendo-

USSR/Foreatry - Forest Ecoporw. K-4
Abe Jour : Rof Mur - Bioll) No 9, 1958, 39088
Author : Dmitriyev) A&S.-
Inst
Title e j1ppoarance of Swamps in g,,rcas Where Excessive Defores-
tation Took Place in the RidCle Taiam of the European Part
of USSR&
Oria Pub Sb. statey po resultatam isslc(',, v obl, lean* khoz, i
lean. proup-eti v tayezhu. zone USSR M.L., AV USSR, 1957,
174-179-
Abstract It is determined by the stucly of concentrated tree fel-
linas, which took place in blueberry-pine forests) on the-
Komi territory of ASSR that forest felling brinas dbout
an increase in soil misture, a rise in the level of the
r,Tound water and a subsequent swapping of the area of
deforestation.
This process is assisted in the surveyed area by an excoss
Card 1/2

DMITRIYEV, A. S., Teacher
"Extracts From the History of Geodesy and Cartography in the First Years of
Soviet Government (1917 - 1923)".
report presented at a Scientific-Technical Conference at M--scow Inst. of Geodesy,
Aerial Photography and Cartography Engineers, 24-26 April 10,58.
(Geodeziya i kartografiya, no. 6, pp. 78-79, 1958)

--------- ----
A A
AMTHUR I
TITLr6#
PERIODICAL,
ANSTRACT.
.affo 1/3
30091askov. T. D'. Candidate of
Sci*atifLa &s4 Tochalcal Conference or
(machm.
uticA I &
t*kmIch"kaY& konforentmiya NZIC& I K) I
Isvestiya v7soblkh uchobaykh savadonly. 04040SLY& I
.0rofoloo-yeaska, 1950, Xr 2. Pp 111-114 (USSR)
Free April 24 to 26 a aoi&fitIfLa and technical confor*nco or
the MIJOA, A K (laztit%to of 4"devy. Xeraphoto4raphy, ..A
Cartography. Moscow) ." held 1. 119voo.. Farthernor.. there
war. four sections In operations an goode.j. aerophotagoodeny.
cartography, and on the production or photaRrs"#tria&I Instru.
took part I.
10o'd"."N* ". :Llra: d.1 082'
Vh=ou..Lv-."Th. opening poach own "do by
Wticip.t.d In the
the Dir"tor of the ILTICA I It. Proreswor P. !~- Zawatav. Doctor
Of Technical Selene". The first paper read was that by I- I.
Twanov on -The Fight Against RovLatablea." ~. 1. burnow, -
Fro.
'M~.or. Doctor of T"Jassicol Sciences, @Pak. .0 "fh. S.tup and
the L "et It OR PrlacipL~ of the Cso4ettc ftate Soteark of the
USSR .' A. X. Vrovot., Professor. read a paper an ~Th* Mabora-
ties of "'OS, lar C:ordImt.;.I. Son. Kinds of Gaod.ti-I
ff. a rIn. - Ch.
Ell. =8, th Mal of the Is Dirocrtly Neasurod In
.. M. S. Sursw0yov. Docents -Do a beach Itark of
Special Stetillit7.1 V. 0. soji1abaco'lb. D.0-t. candidate of
Technical Utom". In. Life &ad 5.1 . "atf1. Walk of A. P.
Solotov.. 1. 1- Nottenakovs -Optical K"oursawnts of Distamea
Vn4dir Prvalas CondItiono." 1. V. Vayawlev. Assistants eon the
lk%ho4 I a of NiRb-Pr"Islon Contametry in first-CLawe Tri.
anguLaot= X.- W. Ta..JobLre Ron the Problts or Dotorstaing
t_
50 I-E:a,: of lda*r Ori"tation or zide-Angle and Super-
M: Re., r1al Caxi.rss.0 4. K. Povoov. Graduate Otudent.
-08 a Level D with a Freely auxpood:d A;fl~tor 11, S,
no cart gra by at t5-N.M.
P mham. On -An I.-Tication
at %he ILIU Sou,Othing Davloo 19ith S7pporting Kollsr*.~ L. M.
1"142Y.v. 0cod"to Studeatt ~Stsreccoaparvtor with Electrical
Carr"Slow-~ T. To. Xlkhaylov. Docent. C*n4lAat* of T-anical
Sclom.81 -00 the chnj'. of SCSI. of A.'i.I photographs M ... 1t-
1'6 From 9.1.rgaw.ot.. ?. V. z4khr.'. 'On the nasts-ti..
C.Pabillttoo of Jlack~nd-,Vhlto ad Color ;h*t.qr.pb&.- !.. V.
lusnol- ov. Crsd~to Student. -ILho glewpat. of the Theory of a
$_ milb-SpOwd Shsztt~.~ 1. 0. Sjpritin. Prof*oo*rs ~Thv Present
state of Phy ical-Kathavatical Knowledge on the Proeive, F-c.
tioning of Tanta.- S. M. qpIavi., upd
improving the Produotion of 11-urinz =14
as I *On lssst~v;ts for
Vornprz.cCaad do tuerofT~haplcal Soleness,
an 1.0 X-6 sweat of Pl.tam-- V. S. MIkKeychov. A-
sl*taat. wFL.Id Tests With the Optical Rang* Fit~d*r CBB-1."
1. S. U00% Asslatants -On %n& Study of Inaccurscle. in the
Y~".Ing -Loss of Tat ... op...' X. X. Tclkc,. Professor.
Dan t;f or Geographical S.I.Ac"s -5... 11;_rW. .. E.4-Is; in
the reduction Proce.e of Orlglml Ups.-
card

Devolopiment of the synthetic rubber induat27 in ifestarn
luxope, Asawhel rose 19 no.1;62-6) Ja 160.
.(KIM 13:5)
Okwope, Western-Rubber. Synthetic)

SMIRNOV, D.N.;,A4ITRrYEV, A.S.
[Automatic lime dosage regulator operated on the pH value of the
--vaote imter) Artomaticheakii regulator dozy imrosti po valichine
.pH obrabotannoi vody. Moskva, Akad.stroit. i arkhite 1960, 30 pe
(Moscow. Vsesoiuznyi nauchno-isoledovatellskii institut ,Todosnal>-
zheniiap kanalizateii, gidrotekhiehookikh sommbeLAi i .LnzheneT-
noi,gidrogeologii. Idiboratoriia avtomatizataii oistem vodosmabzho-
niia. Informatsionro) materialy, no.6). (141RA 34t:Ll)
(Sewage-Parification)

DMITRIYEV, A.S., otarshiy prepodavatell
Role al' the Commist Party in the organization of the state
cartographic and geodetic service in the U.S.S R. Trudy-MIIGAIK
no.1+3:111-133 160. iMIRA 16:7)
(Surveying) (Cartography)

S13L 23/61/000/022/0 I-r/'024
Aoo4/Alol
AUMORS: Chasovnikov, A.A.
TITLE: The type MHrI-1 (MNP-1) master micro-pressure gage with measuring
ranges of 400 - 4,000 kgf/m2
PERIODICAL: Referativnyy zhurnal. Mashinostroyeniye, no. 22, 1961, 7, abstract
22E54 ("Tri in-tov Kom-ta standartov', mer I izmerit. priborov pr!
Sov. Min. SSSR", 1961, no. 50, [110], 103 - 107)
Tlhe authors describe the type MNP_1 load-piston master micro-pres-
sure gage with measuring ranges of 400 - 4,ooo kgf/m2, developed by the VN71M
im. Mendeleyev. The rated cross-section area of the piston is 5 cm2. The Piston
displacement is observed in the MHP-1 (MIR-1) microscope according to a gradua-
tion marked on the piston rod. The piston is rotated with a speed of .30 rpm by
a synchronous mot".or. The clearance between the piston and cylinder is filled
with kerosene injected under a pressure which somewhat exceeds the pressure be-
ing measured. Mie piston stroke is 15 mm. The device Is fitted with seven
weights. The sensitivity threshold determined by a 5-m9 weight amounts to 0,01
kgf/m2. At a pressure of 4,000 kgf/m2 the piston lowering speed does nc~ ex~--d
Card 1/2

The type MHrI-.l (mp-i) ...
S11 23/61/000/022/0 1-7/C- 2LL
A004/A101
0.5 mm/min. The effective piston area is determined by way of comparing the
device with the VNIIM load piston pressure calibration instrument. IThe error
limit of the device is 0,02% which makes it possible to use it as a master de-
vice of the first, order. There are 3 figures.
S. Kivilis
[Abstracter's note: Complete translation]
Card an/~2

S/C,35/62/C,DO/004/033/056
AOO11A1Ol
AUTHOR: Dinitriyev, A. S.
TITLE: An outstanding page in the history of Soviet optics
PERIODICAL: R--ferativnyy zhurnal, Astronomiya i Geodeziya, no. 4, 1962, 4-5,
abstract 4G28 ("Tr. Mosk. in-ta inzh. geod., aerofotos"yenki i
kartografii", 1961, no. 46, 9-3o)
=E: The author describes the history of production of optical glass in
Russia and the USSR. Beginning from 1916 and up to the end of 1926, Leningrad
scientific workers, engineers and technicians, headed by outstanding scientists
and production organizers I. N. Kachalov, D. S. Rozhdestven--4dy and 1. V.
Grebenshchikov, solved an important nation-economical problem, i.e., organization
of optical glass production. As a result, the Soviet Union has fully renounced
optical glass import since 1927. The absence of optical glass production during
WW I created a very difficult situation for the weak optico-mechanical industry
which existed at that time. Already since the second half of lqlcj the Russian
army experienced acute need In optical instruments. A very serious obstacle war.
faced when they started 'organization of optical glass production: almost complete
Card 1/3

3/035/62/000/0011/033/056
An outstanding page in the history of Soviet optics A001/A101
absence of specialists familiar with the methods, of desIgiOng optical syn~tenls.
At that time, two persons were familiar In Russia with this field of technology:
Professor A. L. Gershun and Professor N. M. Kislov. Organization of calculations
was assigned to physicist A. I. Tudorovskly. Founding of optical glass w,.-Is
started in springtime of 1916 at an unfinished shop of a porcelain plant in
Petrograd. First Russian optical glass was of low quality, and quantity produced
was insufficient. The Great October Socialistic Revolution opened a wide road
for development of optics. In~December 1918, by initiative of D. S. Rozhdast-
venskiy, the State Optical Institute was organized. Under conditions of civil
war, regular founding of optical glass could not have developed. However, in
September 1921 the Izyum plant produced first optical glass. The Leningrad
Plant of Optical Glas started experimental melts since January 15, 19211. In
close cooperation with the State Optical Institute the plant rapidly introduced
new types of glass anddeveloped an accelerated method of founding, increased
considerably glass output and reduced its costs. By the end of 1926 the plant
turned out 18 types of glass which met the needs-of the country. During the
last 35 years the optico-mechanical industry has considerably grown, and produc-
Card 2/3 -- ----

,9/035/62/000/004/033/056
An outstanding page in the history of Soviet optics A0011AI01
tion of optical glass in our country increased many times. At the present time,
over 250 grades of optical glass, including 150 colorless ones, are turned out
in the Soviet Union.
V. Afanas'yev
[Abstracter's note: Complete translation]
Card 3/3

IDNI~,A.S.; CHASOVNIKOV, A.A.
Tom No^ -
The MP-1 standard Ocromanowter with measuremnt range from
40C)-*to 4,000 kgwt/z?-. Trudy inst. Kom. stand., mer i izm prib.
n6.50:103-107 161. (MIRA 16M
1, 'Veeaoyuznyy naucbno-iseledovatellskiy institut metrologii
im, Mondoleyeva. (Mmometer)

SWRNOV, D.N., kand.takhn.nauk; DMITRIYEV, A.S., inzh.
.,V--
Automatic control of neutralization and pl;iPicatlon processes of
industrial waste waters. Vod. i san. tekh. no.90-6 9 '63.
(M1RA 17~-2)

DMITRIYEV, A.S., inzh.
Calculation of the strength of concrete according to diita
on cement tested in plastic mortars. Trudy NIIZHB no.32;
21-31 t63- (MIRA 17;:l)

DMITRI~V, A. S., KAND. TcxmN. NAUK. ST. NAUCHN. STOR. I
MILONOV, V. M.. lNzH. TSENTRALINYY NAUCHNO-ISSLEDOVATCLISKIY INSTITUT PROMI'SHLENNYKH
SOORUZHENIY (TsNIPS)
EitSPERIMCNTALINOYE IZUCHENIYE KinPicmyKm OBLEOCHEPANYKM STEN. PA12C 37
SO: SBORNIK ANPIOTATSIY NAUCHNO-ISSLEDOVATELISKixw RABOT PO STROITEL'STVU, Moscow 1951

DMITRIYEV# A.S., kandidat tekhniche8kikh neuk.
[Instructions for planning and erecting full-thickness brick walls of lighten-
ed construction ( )] Ukazaniia po proektirovaniiu i vozvedeniiu sten
HSPTI
obleg(shennykh konotim-ktsii is polnotelogo kirpicha (U-117-52). (Razrabotany
WTI
A.S.Ihnitrievym] Moskva. Goo. I.zd-vo lit-ry po stroitellstvu i arkhitekture,
1953. 55-P. (M1RA 6:10)
1. Ruissia (1923- U.S.S.R.) MinioterstTo stroitel'st,ra. 2. Laboratoriya
kamannykh konstruk-tsiy TSentrallnogo nanchno-issiledovatellskogo instituta
prozWohlenufth soorasheniy. (Bricklaying)

INITRIYNT, A.S., kandidat takhnicheakikh nauk.
Durability of hollow brick ceramic masonry. Gor.khoz.Mook. 28 no.B:
19-22 Ag '54. (MLRA 7:9)
(Hollow bricks) (Walls)

Aleksandr Sezenovich, kandidat tekhnicheskikh nauk; TIGOROTA,
Aa4k, redaktor isdatellstva; BAMNOV, X.V., teikhnichest.L7 redaktor;
MIM-IFICHENKO, F.P., tekhnicheskiy redalk-tor
[Hollow ceramic bricks) Kamni keramicheskie a shchelevidnymi
pustotami. Moskya, Gos. Izd-vo lit-ry po strol.t. i arkbdtakture,
1956. 62 p. (MLRL 9:10)
(Hallow bricks)

1-7
DICSOV, A.Ye., dolctor tekhn.nauk, prof.; DHITRIYNV, A ., kand.tokhn.nauk;
S:~
kand.tekhn.nauk; M.I., kaxid.tiakhn.nark.
Durability of buildings made from blockfa using local binding
materials. Stroi.prom. 35 no.7,2-7 J1 '57. (MIRA 10:10)
(Building materials) (Strength of materials)

.~.,,_fij,-jksanar Semenovich, kana.takhn.nauk; SEMENTSOV, Bergey
DMITRTM
OHISHCHIK, L&I., prof., dok'Alor
taklin.nauk, red.; TU14MIN, D.I.I., Inzh., naucb"y red.;
ELIXIUA, 'E.M., takhn.red.
[Plain nod reinforced masonry elemental KamewVe i armo-
kamennye konstruktmii. Pod red. L.I. Onishchika. Maskia.
Goa. izd-vo lit-ry po stroit., arkhit. i stroit. materialam,
1958. 190 P. (HIBA 11:12)
(Building blocks)

'Y9 d.tekhn.nauk; ONISHCHIK. L.J., prof.; KOV.ALICHUK,
M.P., inzh.. red.; FMOVA, V.V., red.izd-va; RUDAKOVA, H.I.,
tek:Ni.red,
(Instruction for using ceramic materials in finishing building
fapdes (SN 52-59)] Instruktsiia po primeneniiu. keranichaskikh
materialov dlia oblitsovki fasedov 2danii ON 52-59). Moskva,
Goe;.izd-vo lit-ry po stroit., arkhit. i stroit.materialam,
1959. 27 P. (MIJIA l3a)
1. Russia (1923- U.S.S.R.) Goondnratvannyy komitet po delsia
St3-0it8l'StVa. 2. Lab.-)ratoriya kamennykh konstraktsiy TSentrall..
nogo nauchno-iaeledovel.-ellskogo inatituta stroitelInykh konstruk--
tsiy Akademii stroitel'stva i arkhitektury SSSR (for Dmitriyev).
(Fagodes) (Tiles)

DMITRIYET, A.S.,, kand. takhm. nauk
Production and use of hollow ceramic materials in Western Baropa.
Stroi.. mat. 5 no.10:39-40 0 159. (MRA 13:2)
(lurope, Western--Hollow bricks)
I.-

Imnd.tekhn.,nauk, starshiy nOUChnyY sotrudnik; KMMOVA,
G.D., red.izd-va: SIOMSTMA, N.Y., tekha.rede
[Measures for preventing the dietruction. and repairing ceramic
facings of house fagedes] Heropriiatiia po predotvrashcheiniiu
razrusheinii i remontu fasaclufth keramichaskikh oblitsovoic zdanii.
Koskva, Gos.izd-vo :Lit-ry po stroit., arkhit. J. stroit.materialam,
196o. 2.3 p. (MIRA 13-.9)
1. Akadomiya stroitalletva i arkhitaktury WSR. Institut stroi-
tellnykft konstruktsiy. 2. Laboratoriya. kamennykh konstruktsiy
TSentralinogo nauabno-imeledovatellskogo institute stroitel'nykh
koastriiictsiy Akadeviii stroitel'stva. i arkhitektury SSSR (for
Dmitriyav). I
(Fagades-4aintenanoe and repair) (Tile construction)

114ITRIYEV, A.S.
Concrete stonesw'StAindartizateiia 25 no-3:34-35 ib~. 161.
* (MM 34:3)
(Stone, Artificial-Standards)

DNITRIYEV. A.S.
Wall arid covering materials. Standartizataiia 27 no.3s52-53
Mr 163, 1(NIRA 16:4)
(Mlding matontals-Ztandards)

LIPOVETSKIY, 14&ki3 Adollfovich, kand. tekhn. nauk; 111j1RILYEV, A.S.,
nauchr. -red.
[Concrete pumping and pneumatic dolivery equipment and
operational productivity with their use3 BetononasosxWe i
pnevmaticheskie nagrietatellnye ustanovki i proizvodstvo ra-
bot s ikh prineneniem. Moskva, Stroiizdat) 1965. 314 P.
(MIRA 18%5)

PNTR9EV,-AIe"&pdr 5 iRe - SEVENTSOV, Sergey Andrianovich;
~ Aqvich
YEFNIOLOVA, D.I., kand. tekhn. nauk, retsenzent
[Masonry and reinforced masonry elements] Kamennye i
armokamenrye konstruktsii. Izd.2., perer. i dop. Moskva,
Stroiizdat, 1965. 186 p. (MIIIA 19:1)

31 '71 1 N~x -ml 'P
A_ 51 it A
00 A
PnMervation of blood for iiumical tout, 00
A. Momicy.
Lab. Prait. (U. S.,S. R.) la, No. 5jl(lgj1)-~:-SGiiIIIg I -go
smrt of Na citmte soln- with 4 pant of blood prr.."%.cq the -00
blood foe sevefal hm.. keepins it suitable fur any ciluical
Int. The resuffs at the coment tit the coutpouca(i juid of
hemoglot-in Inust be multiplicd by 1.23 to obtain thir
ccincus. in the blood. W. R. Henn IS 0
a
;60
goo
149
i see
too
=00
L ASMI-ILS CIALLURGICAL LITERATIAC CLAWFKATIGIN
11:6 0
Uno" -4 %#lava .11 C., oat qjjj)j04t1
-- ------ 'r-r-r ZA P4 41 Er SO
I 114 An
11 a IUD rk
:10
0 0 0 0
0 0

DMITRM, A.S.
"Defence Inhibition - A Universal Nervous Porcess.t' (p.88) by A.S. Dmitriev (Sik'uivkar)
SO: Progress of ContemDorary Biology (Usp. sovrem. Biol.) Vol.XMII$ 1949P No. 1 (4)
(July-Aug.)

I V'I I rR I ye-- V,
H - "s -
Ma'IRICW A S.
2611841810*1 T regaMatoU krovmbnd --I lot
ibe *ma Sm replatIm of WoMetNuutift7usp, "TM.
b1ole 21P&2 Pla-Ap 50 p. 238-W.,.
I., "rokar,
(M Wt, 190 No. 2 Avg, 1910

MNITRMY
, . ~
6-a-l= - __
Inhibition of cerebrospinal reflexes in supermaximal stimulation of the
sensory nerve. Fisiol. zh. SSSR 39 no.2:204-209 Mar-Apr 195_3. (GIXL 24:3)
1. ]Department of Biology of Komi State Pedagogic Institute, Syk4yvkar.

P41TRIYEV, A.S.; KOCHIGINA, A.M.,(Taroslavll)
Significance of time an a stizuUts of conditioned reflex
function. Usp.sovr.biol.40 no-1:31-51 Jl-Ag '55.(14LRA 8:10)
(MLIX, CONDITION311),
time as stirmlus, review)
(TIME,
as stimulus in conditioned reflex, review)

DMITRIYF6V, A.S. (Yaroslairi)
Biological significance and mechanism of Sechenov's reflex. Uch.zap.
Kaz.un. 115 no.10:79-80 '55. (KLRA 10:5)
(Spinal cord)
(Inhibition)

DMITRITI~Vp_A.S.; ZHTLDKOVA, A.T.
QMW20~
Affect of a school day on the interaction between the first and second
cortical signal systems. Zhurvvysonervedsiate 6 no-3:378-386.W-Jo 156
(MIRA 9:11)
1. Xafedra anatomii i fiziologii chaloveka i zhivotnykh TaroBlavokogo
pedagogicheakogo instituta Im. K.D.Ushinskogo.
(GMBRAL COIRTFJC, phyekology.
signal systems. correlation in child. after school day
(Run))
(THINKING,
cerebral cortical signal system correlation in child.
after school day (Rua))

USGRI/Hur.mn and Animal Physiology - Nervoun Syatan V-12
Zhs Jour : Ref Zhur - Riol.., No 1,~ 1956~ No 4457
Author : A.S. Daitriyev
Inst
Title : Method of Investigating the Higher Nervous Activity in
Man,
Oria Pub : Zhurnal Vyssh. nervn. doyatellnosti,1956, 6, No 61 9o5-
912
Abstract : The study reports on conditioned motor reactions tr) speech
reinforcement in healthy humans (age bracket: 7-22),
The reinforcement used was "press,"
Instability of conjugations, displacements in the ti-
ming of the reaction and its acincidence with the reinfor-
cement were observed. As a resixIt cf the developing pre-
aominance of the second signalling system, conditioned
reactions failed to develop more frequently in the older
age,,. bracket under the action of ccriplex stimuli and
Card I/P

I T IR
USSR/Human and jllniml Physiology (Normal a:id Pathological) T
Phyoioloa of Work and Sport
Abs Jour : Ref Zhur Biol., No 6, 1959o 27151
Author : Bmitriyev) A.S.
Inst : Belorussiau State Instlitute of Physical Culture
Title : Myographical Analysis of Muscular Contractions and
Movements in an Athlete in Performance of Exercises
,on a flo-vue with Handles
Orig Pub : Uch. zap. Balorussk. Cps. Li-t fis. kulltury, 1957,
v-
.yT. 1, 41-48
Abstract No abstract.
Card 1/1

DII-TITRIYEV, A.S. [Dzimitrrou, A.S.]
4C.L'i-e, " -
Conditioned tonic labyrinth (otholithic) reflexes in mar. Vestsi
AN B-9SR. Ser. biial. nav. no.4tl I (MIRA 11:6)
IIS'E)l'?LA "iVT11 (FAR))
(COVDITIOM RESPO BYR

Mechanism of the inhibition of spinal reflexes during extremely
strong stimulations of sensory nerves. Nauk zap. Kyiv. un. 16
no-17.,65-71 '57. (MIRA 13:2)
(IMIBITION) (SPINAL GORD) (H]MVES, IWIPHERAL)

D141TRITEV, A. S., Oand Biol Sci - (diss) 'Unconditioned and conditioned
labyrinthine tonio reflexes in man." Minskp 1958. 21 pp with graphs
(Aced Soi Belorussian SSRv Inat of Biology) p 110 copies (KL, 18-58, 97)
-35-

DMITRMV, A.S
PhyniologicAl mechanism of time perception by the nervous system of
animals and man4 Nauch,dokl.vys.abkoly;biol.naukI no.1:82-88; '58
(MIRA 11:8)
1. Prodatavleno kafedroy fiziologii cheloveka i zhivotnykh
Bashkirokogo goaudarstvennogo universiteta.
(TIME PHRCEPTION)

DMITIIIYHV, A.S.
Method of studvilig labyrinthine reflexes in man during rotatorY motion.
Trudy Inst. fiziol. AN BSSR 2:35-39 '58. (MM 12: 1)
l..Iaboratoriya vvashey nervnoy dayatelluosti Inatituta fiziologii AN
BSS~L
(IA3YRM-% (JUR)) (MMOLE)

DMITAMV, A.S.
Somatic labyrinthine reflexets in man during rotatory motion. Trudy Just.
f iz iol. AN BSSR 2:40-47 158. (MIRA 12: 1)
1,, Igiboratoriya vysshey nervnoy deyatellnosti Instituta fiziologii
A:I FSSR.
(IABYRINTH (FAR)) (MUSCIa)

DM1TRIYH11&AA&,-,u GRABBUINk, Te.G.,
Changes in the conditioned response to time in animalswith
disturbances in the activity of the cerebral cortex. Nauch.
dok1.vy9.9hkoly:biol.nauki no.4:92-97 158. .(MIRA 11:12)
I. Rokomendovana kafedroy fiziologii cheloyeka i zhivotuykh
13ashkirakogo gosudaretvannogo universiteta i kafedroy zoologil
laroslavakogo pedagogicheskogo instituta.
(TIMM PERCEPTION) (CEREBR&L CORTEX)

DMITRIYHV A.& ---,
Tonic reflexes in man. Report No.2: &feet of unstpble body
position on the magnitude of A.A. Ukhtomskii's tonic reflex in
man [with summary in EnilliBhl. Biul.eksp.biol. i med. 45 no.":
38-40 Mr'58 (MIRA 11:5)
1. 1z kafedry fiziologii i khimii (zav. - dotsent Ye. P. XessrevR)
Belorusskogo gosudarstveinnogo ordena Trudlovogo Krasnogo ZnRmeni
Instituts fizicheakoy krulltury (dir. - dotsent N.M. Kalyunov)
Minsk. Predstavlena dey-stvitellnym chlenom A14H SSSR V.H.
Chernigovskim.
(MUSGINS. physiology.
extensor, eff. of unstable body position on tonus (RUB))
(POST LM 9
eff. of unstable body position on axntensor tonue (RUB))

D14ITRIYN, A..S.;GRXBE1XIlhk, Ye.G.
Formation and eqtabliubment of conditioned response to time in
animals during estruRtion and pregnancy.. Nauch.dokl.vyn.sbkoly-,!
blol.nauki nD.1:94-100 '59. (MIR& 12.'10)
1,, Rakomendovana Imfedroy fiziologii cbeloveka i zbivotnykb
BlishkirRkogo gonudarstvqnnogo universiteta.
(CONDITIONED RESPONSE) (ESTRUS) (PR39GNANUT)

DMITRIYEV, A.S.
low material on the physiolog7 and pathology of the higher nervous
System, Zhur.vye.nerv.delat. 9 no.4:635-636 -Ti-Ag '59. (MM 12-12)
ORMUS SYSTM)

DMITRIYEV, A S - GREBENKINA, Ye.G.
!-!!~
Switch-over of homogenous conditioned reflexese 7j!=, vyse nerv,
doiat. 9 no.6:892-899 N-D 159. (MIRA 13-.9)
l.. Chal of Anatomy and Physiology of Man and Animals, Ush:Lnskiy
Pelagogical Institute, Yaroslavl.
(CONDITIONED RESPONSE)

DKITRIYXV, A.B.; SAMOV, V.I.
;;4i" Q-featurem of the formation and entaul--shme.,-l o",-aviffloned-,
-AW9&;-f*Vd-7f6f li~x;i 'to Aiiii.. In -rabbX" shkoly;
~t. ~ $0,ugo" -
bAol. n~auki to,1:68-74 160, (NIRA 13:2)
L.R.*ekomendovana kafedroy fisiologii cheloveka i zhivotnykh Bash-
k~lrskogo gosudaretvannogo universiteta.
(CONDIT'IOMM RESPONSE)