SCIENTIFIC ABSTRACT TRUSOV, A. - TRUSOV, L.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001756820018-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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TRUSOV, A., polkovnik
' ' ()ur experience in building shallow water bridges during the attack.
Vaen.-insh. zhur. 102 no.6:23-26 Je '58. WRA li-.6)
(Military bridges) (Attack and defense (Military science))

TRUSOY. A.. polkovnik.
Yesterting treatl~s to tte part of coribivatIlDri bridger-
Vaea.-In2b. zbvr. nn.~;I,5-17 Y,7 157. (vu-k I o!(,)
I
hridges)

TRUSOVS A* ) inSho
ariching. UTO (]URA 16:3)
SearchImir., always fie 5 no.4128 AP t63-a
.i
le Nacbmllnik opytno-konstruktorskogo trekha Chelyabinakogo
zavoda "Mhimprom".
(Chelyabinek-Chemical iboustriee)

TRUSOVY A.A.
Increasing the durability of gauges. Avt. prom. 30 n0.8:40-41
Ag f 61, (,,aRA 17.11)

TwisoV2
Urd &II-ye f,~r redu,--!Ag parti. A-,t. pr-;m. 1) no.-,114~-441 0
(K.'Rp~

TOLSTOY, N.A.; PHILIKO, G.I.; RYSKIN, A.I.; TRUSOV, A.A.
Relation betVcen luminescent and photoelectric phenomena
in ZnS-11n. Fiz. tver. tela 4 no.11:3177-3184 N 162.
(MIRA 15:12)
1. Gowidarstvennyy opticheskiy inotitut imani
S.I. Uvilava, Leni~grad,
(LmIne cent substances)
Noelectricity)
Pho
(

LOSKLUOV.. Vasiliy Vasillyevich; TRUSOV, A.A.P inzh.,, retsenzent;
DUGINA, N.A., tekbn. rer.~
[Poli2ihing of metals]Shlifavanie metallov. Izd.4.; parer.
Moskva, Mashgiz, 1962. 279 p. (MIRA 15:12)
(Grinding and polishing) (Metals-Finishing)

TRUSOV, A.A.
Increasing the wear resistance of broaches. '-Vt. prcm. 31 n0-9:
34-36 S 165o (MIRA 18 99)

L 9887-66 Y5T(1)/EWT(m)/T DS/MW
ACC NR: AP5027681 ~J,P SOURCE GOD" UR/0051/65/012/005/0826/0828
WHORt Tolstoy, N. A.; Spartakov, A. A.; A. A. -:5- z
ORG: none
2-11 441 5 15-- qq 57
TITLE: Electro-optical effect in a rotatinq nlectric-il fxnli and a stable
electrical dipolar momnntl in' --olloldaF -iart1c1,3P 7
SGURCE: Optika i spktroskopiya v. 19, no. 5p 1965, 826-828
rOTIC TAGSt colloid chemistry
Ih,lectric floldp electric effect, thermal optic
effect, dipole moment
ABSTR4CT: In a lispersior, medium containing polar mol-oules (as in watgr)p. cauddal.
prticles of lifferent nature caused a..sharp3,v expressed electro-optical effect
ernating rectangular
when this colloidal soluticn was placed in a field of alt
electrical pulses. This effect was associated witb a chan,,o in time of the
.orl-ntation of colloidal particles. The latter enueed a chang able dichroirm which
Iwas, as a rule, conservqtivep and not consumptive. A comparison of li~,rht-modulation,
~curve phases with the electrical voltage curve indicated that colloidal particles
1/2 UDC; 535-347
~z

L 9887-66
~AGG NR: AP5027681
ein a polar dispersion medium possess a stable electric dipolar moment. The scanning,
,of the light molulAtion curve on a oscillograph gave a Lissajous figure of the
i
~socnnd order. Dichroism, in oriented particles could be Intqrmined by polarization
Measurements of the collolial solution in a laminar flow. Orig. art. has: 1
,figure.
C20
~SUB GOD&: 07/ SUB14 TMTE: l3APr65/- Nit REF SM 004/ OTHERI 000

TRUSOVj A-A-
, --, Incmreasing the strength of rOlling tools- Avt. pros. 30 17%12)
no.6:35-36 Je 164. (MM

'I" F
I , ~ASOVA, L.P., in-MI.;
j-jzj,..; KARPEN-KO, II.G.y ln.,.h. .1A"
A M' "0': , inz,11. - ; . I * , lnzh,; YUDIN, V F. p
TIKHOYIROVA, K.A.) p - SKO. A.A., Inzh.
inzh.; SOBINOVA, L.I., inzh.; TFI:
~Pipid bottom pouring of Rilled steel. Stall 25 no.3 -
21.0-231 Mr 165. (MIRA 18:4)

4 1 9
a/lei L)004/011/018/049
B104Y3,102
AUTHORSs Tolstoy, N. A., Khillko, G. I., Ryakin, A. I., and.~~
TITLEs The relation between the luminescence and photoelectric
properties In a ZnS-Mn phosphor ,
FERIODICALs Fizika tverdogo tela., v- 4, no. lit' 1962, 3177 - 3184
TEXTt The object here is to establish quantitative and kinetic relations
between photoelectric aspects and the luminescence of the photo-semiconduc-
ticn mechanism in the ZnS-14n phosphort which has the property of acintil-
lative deexoitation of luminescence. ZnS-Un (10- 3 g/g)placed in a capacitor
is excited by two succes3ive light flashes from two flash lamps positioned
in front of a concave mirror. The interval between the light pulses is
varied automatically from 0.1 to 10 see. Intervals greater than 10 sec are
regulated by hand. The first ultra-violet light Pulse produces-in the
-capacitor a current pulse corresponding to the motion of electrons in the
direction of the incident beam. The second yellowish-green light pulse
produces a signal whose amplitude depends on the time interval t - t
dark d
betwepn the two light pulses. It reaches a maximum for a certain time
Card,,/1/3,~

SI!811621004101110181049
The relation'between the luminescence ... B104/B102
int,arval tmax* tmax increases'rapidly with decr~.asing temperature; for
tm j->oD the signal amplitudebecomes zero. For t 1-t the signal excited
a d;--'-max
by the second pulse has oppo site sign to that excited by the first light
pulse. With increasing t d (.td*4tmtLx) the signal.of the second pulse
becomes negative and goes through a maximum. The amplitude of the signal
of the second light pulse is proportional to the light pulse but is
independent of the ultra-violet light impulse. The signal of the second
light impulse arises frobi the density gradient of the carriers localized in
the excited state. The signs of the signals are the same for both light
pulses. If, in the interval between the light pulses, infra-red light
falls on the phosphors t max becomes shorter. Further, t max depends on T
in practically the same way as the scintillative deexcitation of the red
luminescence band of this phosphor. Both effects are interpreted as being
due to the relocalization of the holes from the centers of the blue
luminescence to those of the red. The depth of the "blue" hole levels is
13 1
0.67 ev and their frequency factor is =~ 0-7-10 sec- . There are 4 fig-
ures*
Card 2/3

B/181/62/004/011/018/049
The relation between the luminescence ... B104/B102
ASSOCIATIONs Gosudarstyennyy opticheakiy inatitut im. S. I. Vavilova,
Leningrad (State Optical Institute imeni S. I. Vavilovo
Leningrad)
SUBMITTEDj June 21, 1962
Card 3/3

... Inz.h.
Increasing the durability of boring bits. Gor.zhur. no.lC:71-?2
ri 164. (Ml RA 28:1)

-1- ~: C ~', C ~. /-,. ~ IV I
KAMM-NIM, AA.; TRUSOV, A.N -.
Simple method of increasing the accuracy of two position temper-
ature control. Trudy LO NTO Priborprow. n0.3:76-93 '56.
(Temperature) (Automatic control) (KLU 10:8)

DESYATCHIKOV, B.A., kand. ekon. nauk,- GABMLOV,, G.F., kand. ekon.
nauk; KADYROV, Z., nauchr. sotr.; ABDUSHUKUROV, T.; KALYAKII,
P.V., kand. ekon. nauk; IFOKIV, A.I., kand. ekon. nank;
BAKIYEVA, II.A., nauchn. sotr.; IKIAGIMOV, M., nauchn. sotr.;
KARDASI, A.A., kand. ekon.r-auk; HADANER, E~A.; NIKOTIOV, F.D.,
nauchn. sotr.; ANTONETS, G.E.; ARTYKOV; A.A.) kand. ekon.
nauk; TRUSOV, A.N.; OVCIIAROVA, M.A., nauchn. sotr.; TSOY,P.,
nauchn sot
,,. r.; KMAEMp ~,Vvp kand ekon. nauk, qtv. red.;
D 2 O.B., doktor ekon, naWk, red.; ARTYKOV, A., kand.
ekon. nauk, red.; DESYATCIIIKOV, B.A., kand. ekon. nauk, red.;
SHARIFKJIODZILAYEV, M., kand. ekon. nauk; red.; DESYATNIK, F.I.I.,
red.; GORIKOVAYA, Z.P., tekhn. red.
[Econordee of the machinery manufacture of Uzbekistan] Ekono-
., Izd-vo I Uzb.eSR,
mika, mashinostroeniia Uzbekistana. Tashkent At -
1963. 289 p. (MIRA 16:12)
1. Akademiya nauk Uzbekskoy SSR, Tashkent. Institut ekonomiki.
(Uzbekistan-Machinery industry)

TRUSOV, A.Ya. - 27 no.6:37-39 '61-
Malt dryer without a ~!eater- Spirt. prom (?=-,A 14:9)
(Halt) (Drying apparatus)

TRUSOV, A. Ya,, inzh.
Method for gluing plaster board on brick and concrete surfaces.
Suggested by, Trusov, A.IA. H-ats.i izobr.predl.v stroi. no.13:
53-56 '59. (MIRA 13:6)
1. Trest Altaysvinetsstro7 Ministerstva stroitellstva KazSSR,
g.Uet'-Kamenogorsk Vostochno-Kazalhoko7 oblasti.
(Plaster board)

TRUSOV, F., starshiy makhanik
Testing boilers of the steamship "Jean Juares" with manual and
antomatic regiAation of fuel consumption. Mor. flot, na.6
supplement-.15-3.7 159. (RMA 12: 9)
I.Parokhod "Zhan Zhorefi."
(Boilers, Marine-Testing)

GRIGORIY 1ARTINOVIGH
-IRUSOv
podvodnyye lodki v Russkom J Sovetskom flote
and Soviet Fleet Leningrad, Sudpromgiz, 1957.
3836P- illus-, Diagrs..s tables.
"Literatura" p. 380-381
N/5
361.5
T6
Submarices in the Russian

TRUSOV .Ely jbZt=QZJAh;_&ISMVICHo G.I., red.; YRIDMIN, P&S., takhn.
-: re wk
[Sabmarines in the Rassian aiA Soviet Nqm7] Pbdvodaye lodki Y ruszkom
I govetskom flote. leniWads 000. solume lzd-vo sudostrott. pro-
m"hl-, 1957. 363 P. (Submarine boats) (MIRL 1IS7)

T~,q.S-Ov~ Grigoriy Martynovic [1889-1960],- ZALESSKIY, N.A., kand. tekhn.
nauk, retsen-enti 11ANEYEV, V.I., kontr-adzira.1, retsenzent;
c' I
YEGC)'-jC)V, A., nauchn. red.; YAUijrV, Yu.S., red.; YC'~OVLTKO,
Yu.N., -toklin. red.
[Submarine boats in the Russian and the Soviet fleets] Pod-
vodrWe lodki v russkom i sovetskor. flote. Izd.2., ispr. i
dop. Leningrad, Sudproingiz, 1963. 439 P. (MIRA 17:2)

AN4633668 BOOK MMITATIM S/
'11'"Mov, Grip
.:.,Iy Martykwvich (Engineer, Cowander)
Submarines in the Russjan and Soviet fleets (Podvodny*ye lodki v russkom i sovet*-
skom flate). (2d ed., rev. and enl.1 lp-ningradq Sudprcmgizi 639 0439 p. Musol.
biblio., indices. Prrata slip inserted. 8,400 copies prihtod.
70PIC TAGS. submarines, submarine building, Russian submarine building, Russian
r
ubmarihe history
PURPOSE AND COVERAGE: 1he book presents systematized and generalized material on
the history of submuine construction, based on a long study of archiver., written
by a veteran of 40 years submuine service. The book covers the entire histor)r of
the development of the Russian submarine building. It is designed for many workers
in the ship building industry$ sailors, students in shipbuilding institutes and
in technical schools, as well as for the general reader interest in the history of:
the Russian fleet. The publisher is grateful tq Candidate of Technical Sciences
N. A. Zalesskiy, Rear Admiral A. L Rodiaiov, Rear Idmiral V. I* Matveyevq Engi-
neer Rear Admiral V. Ya. Balakirevq Captain of Mrst Rank A. N. lmshnikov,, Captain
of First Rank Yu. A. Vaksiwvs EnMineer D N. Polyakovs Captain of 7hird Rank V.
M. Mostseyevj, Engitiew r. Ke &~~&~~ov,-Captain of Mdrd Rank M. 1. Miametovq
Cord 2/3

FAM4033668
WarTant Officer I. N. Revenkoq Reserve Warrant Officer L, A* Vlasov,'Vo is Orlovs
and Yu. I. Zubov fcr providing mataHal, and great help.
TABIE OF CaMM [abridged]:
Forewmd - - 5
FIran the publisher - - 32
Ch. 1. Origin of subnarine'buildina and its developrent in the 18th century - - 13
Ch. 2. Davelopment of submarine building in the first half of the 19th century
- - 30
Ch. 3. Production of new types of submarines and models of naval weapons in the
second half of the 19th century - - 47
Ch. 4. Review of accomplishment in the field of submarine building in the Ifth
century. 101
Ch. 5o Development of submarine at the be&udng of the 2Dth century (1900 -1905).
Appearance of naval submarines - - 115
Ch. 6. Construction of submarines in 1906 -1911 - - 140
Ch. 7. Training of submarine cadres in the Russian fleet- - 192
Ch., 8, Constvuation of submarines in Russia during 1912 - 1917 216
Card 2/3

AM4033668
Ch. 9. Activity of Russian submavines during the first world war - - 250
Ch. 10. At the threshold of a new era - - 282
.Ch. 3.1 Construction of mighty modern submarine fleet during the years of th~ five
year plans - - 299
Ch. 12. Use of sub-narines during the great war fcr the fatherland 347
Conclusicin - - 411
Appendix. Sumnary data cn Russian subnwines constructed in 1900 1917 - - 423
Index of names of subwvinea - - 428
Name index - - 432
Literature'- - 437
SUBM=: 100at63 NR REr sov: 027
SUB COIX: VA
OUIER: 001 ACQ: lGAprG4

S/07 60/015/02/04/004
B005Y3006
AUTHORS; Trusovq G. No, Aladzhalova, N. A~
TITLE: On the Determination of Tritiumv~
PERIODICAL~ Zhurnal analiticheakoy khimii, 19600 Vol. 15, No,, 2,
pp, 238-239
TEXT: The authors of the present paper designed a unit for determining
tritium in the form of water vapor. A scheme of the unit is given in a
figure and described. Metallic counters with internal. filling of type
CBM -7 (~SBM-7)2&ere applied. Isopentane under a pressure of 16-18 mm
torr was used as filling agent,. Since i8opentane dissolves vacuum grease;
a special cock (depicted in a figure) was designed for introducing the
isopentane. A butyl phthalate manometer, which is also shown graphically,
was used for measuring low water vapor pressures,, Since part of the water
vapor condenses on the walls of the counter, the number of counts changes
noticeably in the course of time (Fig. 5). Since the degree of
condensation is strongly dependent on the temperature, the counter must
Card 1/2

On the Determination of Tritium S/075/60/015/02/04/1-DO-4.
B005/BOO6
be kept at constant temperature, to enable condensation to be taken into
account. In the unit designed by the authors, the counter was heated to
300C by applying a current with an amperage of 30 a., The temperature was
easily kept constant by means of a ;jA,'1,"P(LATR). For measurement, first
the sample and then the ieopentane were introduced into the counter, The
activity of the isopentane-water.vapor mixtur,; was measured after 25 min.,
After standardizing all operations involved in the trit*m determination,
the relative measuring accuracy was M The characteristic of the
counter Is considerably impaired by the presence of small'quantities of
air. After discharge, the characteristic of ~he counter can be re-
established by heating to 250 - 3000C under continuous evacuation, There
are 5 figures and 2 non-Soviet references.,
SUBMITTTED. June 30, 1958
Card 2/2

:7, P No",
TRUSOV, G.N.; ALADZHALOVA9 N.A.
PaUadium cathode. Separation and exchange of hydrogen isotopes
Zhur. fiz. khim. 34 no. 11:2521-2529 N 160. (MIRA 14:1)
1. Fiziko-khimicheskiy inBtitut im. L.Ya. Karpova.
(Blectrodest Palladium) (Hydrogen-Isotopes)
(Isotope separation)

,5-, t1 6 00
AUTHORSt
TITLE:
PERIODICALs
57, ~ 1/00
SOV120-11`0.2-36169
Trusav, G. N., Aladzhalova, N. A,
Exchange of Hydrogen Isotopes'7on Falladium
Doklady Akademii nauk S33R, 1960, Vol 130, Nr 2,
PP 370 - 373 (US3R)
ABSTRACT: The investigation was carried out by the authors with a
view of obtaining experimental data permitting a comparison
between the true rate of the hydrogen exchange on palladium
with such exchange rates as have been calculated by ex-
trapolation of the overvoltage'land ionization curve on to
the overvoltage corresponding to equilibrium~ The experi-
mental apparatus shown in fieure 1 is described: An electro-
lytic polyethylene cell consisting of three parts with two
clamped-in palladium membranes. One of the palladium cathodes
was const~Aatly saturated with hydroc,en by cathodic polariza-
tion of its rear side, The follcwing reactions were inves-
tigated: 1)Pd(H) +D^O Pd(H) D'+HDO, In this casei Sol,
n 2 n-1
Card 1/3 lutions of KOD and D 2s04 were used, and the separated hydro. LK

Exchange of Hydrogen Isotopes on Palladium SOV/20-130-2-36/69
gen was analyzed by means of a mass spectromieter, 2)
Pd(H) n-lT*+H2 0 --4 Pd(II)n+T'HO, Here the hjdrol;en adsorbed
an Pd was marked by means of potash lye enriched in tritium
(0.2 Curie/cm3) ond the activity of tbo solution into
which T goes over, was meastired by Lim3ane of UoiCer-YU11ter
counters, The experimental results obtained are shown :in
tables I and 2 as well as in figure 2~ On all electrcrIes it,
vestigated the rate of isotope exchanae was two to three
times hii;her than the rate extrapolated from the overvolta,,7e
curve, The following explanatioii of these results is
sug-ested: The water molecule (or the hydroxonium ion) ~S
adsorbed on the hydro-en-saturated palladium -'in such a manner
that a H-atom is located immediately on the wetal, surface-
This 11-atom is separated and replaced by a H--atom of the
adsorption layer, A chemical exchange reaction thus oc"'Ursj
which is independent of the potential jump between metal
and solution, The exchange rate depends on the capability
of the surface of adsorbing water molecules, The authors
then meation an oral interpretation of their experimerital
Card 2/3 results given by A, 11, Frunkin by means of electrochemical

Exchange of Hydrogen Isotopes on Palladium
. ': ?6
SOV/20-130-2-36/69
desorption. It is mentioned that the authors thank Pro-,
fessor V. I, Ve8elovskiy for his interest in the investi-ga..
tion, There are e i1gures, 2 tables, and 6 Soviet references,
ASSOCIATIONs Nauchno-iosledovatellskiy fiziko-khimicheskiy institut
im. L. Ya. Karpova (Scientific Research Institute for
Physical Chemistry iminTL, Ya, Karpov)
PRESENTED: July 18, 1959, by A~ N, Frumkin, Academician
SUBMITTED: June 25, 1959
Card 3/3

TRUSOV, G.N.; ALAITZRALOVAJ, N.A#; VESELOVSKIY, Me
- , "
Separe.tion of bydrogen isotopes on a palla(Uum eatbode, Dok2JJ
SSSR 138 noo.6:1385-1388 A 161. (MM U.-6)
1. Fisiko-khi-icheskiy institut im, L.Ya&Karpova. Predstavleno
akademikom A.N.Frumkinym.
(Hydrogen-Isotopes)

... . .... .

~V- ~ (;
Zl- 'e..

SAVVIN.. I,,, inzh. (Holdaviya); YEKHIAKOV, A., inzh, (Sverdlovsk);
(Kherson);
inzh. (Frunze); IVJLNOV, N,;'PLAKSTEM, rv-
KNCRM, M. Wvov); GROI-EBXO,, P., rabochiy (HovosiYirsk);
TARASN, 0. (Novorossiyak); DIYAKOV, P~, Inzh. (Kamensk-
Shakhtinskiy); BIMSCV, V., dotsent (14oskva); SUNDAKOV 14.
inzh.&, student; PORTNOV, Ya., kand. tekhn. nauk (Makha.'hkEda);
PLTROV, Yw, inzhoner-stroitell (Ivanovo)
Readers argue, agreep advise. Tekh. mol, 31 no,,6;6-9 163.
(MIRA 16:7)
1. Starshiy inzhener Usol'skogo mashinostroitellnogo zavoda
(for Ivanov). 2. Moskovskoye vyssheye tekhnicheskogo
uchilishche imeni Baumana (for Butusov). 3. Zaochnoye otdeleni-ye
fakLxllteta zhurnalistiki laningradskogo gosudarstvennogo
universiteta (for Sundakov)o
(Technological innovations)

TRUSOV, I. A~; FEDORYCHEV. A. M.
Drilling inclined holes vitb cable drilling rigs, Razved. i
okh. nedr 28 no.5.53-54 MY 162~ (MMA 15:10)
1. Gidroproyekt.
(Boring machinery)

TRUSOV, I.A.
Magnetic cork for pierometric wells. Razved i okh. nedr 23 no*9:44-45
S 158. (MIRA 11:12)
l.Gidroproyekt. (Water, Underground)

VOZDVIMNSKIY, Boris Ivanovich, prof.; VOLKOV,- S.A., dote.; FILATOV, B.S.,
dots*; LTUBIHOV. N.I., kand.tekhn.neuk; TRUSOV, I.A.. inah.;
BORAVIZV, V.A., nauchn77 red.; TIMMASOVA, II.B,, reti*-; GUROYA, O.A.,
tekhnered.
[Core drilling in prospecting] Razvedochnoe kolonkovoe burenie.
Pod obehohei red. B.I.VordvizhenBkogoo Moskva, Goo. nauchno-
takhn.izd-vo lit-ry po gaol. i okhrane nedr, 1957. 591 P. (MIRA 11:4)
(Boring)

4
AUTHOR: Trusov, I.A. SOV-132-r8-9-11/18
TITLE: A Magnetic Plug for Piezometric Bore Holes (Maenitnaya probka
dlya,~yezometricheskikh skvazhin)
PERIODICALt Razvedka i okhrana nedr, 1959, Nr 9, pp 44-45 (US3R)
ABSTRACT: The author describes a magnetic plug devised by A.N. Shev-
chenko, a collaborator of the Gidroproyekt, to protect piezo-
metric bore holes from stoppage. It consists of a ring into
which a round piece of metal is fixed. It is then driven
into the pipe of the bore hole. The devise can be pulled
out by a mab-net.
There is 1 diagram.
ASSOCIATION: The Gidroproyekt
1. Geophysical prospecting--USSR 2. Pipe fittings--Design
3. Magnets--Applications
Card 1/1

TRUSOV, I.A.; KOPACHEV, A.M.
4~1-
BUK-75, the new cable-rotary drilling rig. Razved.i okh.nedr 23
no.8:22-26 Ag '57. (MIRA 10:11)
1. Gidroproyakt.
(Boring machiner7)

YMILMO, Nikolay Traflmovicb; redaktor; HOHOZOV. V.1..
redaktor; KOR4, V.G., tokhnicheekly redaktor.
[Chinese notes] Kitaiskle sapisi. Koskva. Sovetskii. pleatell,
1955. 534 P. (MIR& 8:11)
(China-Description and travel)

TRUSOV2 LL (KiYev)
51 no.5:66 MY '62-
For the first time in fiftY Years- PrirOda (MMA 15.rl
5 ,
(Kiev-Frost)

WSOV, I. I.
An outstanding case of glaze In the Mamine frcn the 13th to the
15th of Nordmber 1961. Meteor.i gidrol. no*11:50-51 H 162.
(MIM 15112)
1, 4Maka7a gidrcmeteorologioheoka obser7atoriya.
(Mcraine I9.6f

L 41594--6 E'F'r'T(l )/E',VT(m)/E7.P ( t)/E 1-1 IJII(Cl A 1/iD
ACC 'W, AP6018546 SOME CODE: UR/0181/
AUTHOR: Vasillyevp A. M.; Trusov, L. It
ORG: All-Union Scientific-'V-esearch I-n-stituU-6f Current Sources, Moscow (VsesoyuzrWy
nauchno-isoledovatellokiy institut istochnikov t-oa-T-
TITLE: Contribution to umk1app processes in intervalley transitions and absorption
by free electrons in n-Si 'Vi
SOURCE: Fizika tverdogo tela, V. 8, no. 6, 1966, 1823-1833
TOPIC TAGS: silicon semiconductor, semiconductor band structurep carrier scattering,
semiconductor carrier, electron interaction, phonon interaction group theory
ABSTRACT: To check on a hypothesis fir at advanced by W. Har3:~son (Pbys. Rev. ve 104,
1261p 1956) that the mobility and scattering of the electrons in -silicon are governed
primari3,v by the umk1app processes and by intervalley scattering, the authors evaluate
the contribution of the umklapp processes by determining the matrix elements for
electrop-phonon interaction that leads to the unklapp processes and to the intervalle3
transitions. The valleys from vhich transitions are possible by means of a selected
ripiprocal-lattice are determined, and the matrix elements for the transition from
the given initial state to the given final statep in terms of different reciprocal-
lattice vectors, are vritten out. The possible corresponding transitions are tabu-
lated, and group theory is used to separate the nonvanishing matrix elements and to
ascertain the oscillations that cause the scattering leading to interval-lay transi-
.1

L 41594-66
ACC NRi AP603B5V
tions mid to unklapp, processes. The calculations show that the unklapp, contribution
is comensurate with the contribution from the intervaU~7 electron-phonon scattering.
orig. art. has: 2 figures.. 32 formdaso and 4 tables-
SM CME: 2D/ sm DATE: 113ov65/ - ORIG REF: 002/ OTH MW: 005
Card 2/2

#N1. -61, "
it j Lo " ,ft .1, .
I ~J~ k !,A 'A r~A K
23523 07,11'Aia I iaWJA~a -!: ild'. 001'- -')f - o. NX I " , 11"JIlly..,
I ' -,,i . -- ~j j* -T 0'-,i - 20 ~-AZV.
S , , t JA I'a . . :,):'I T I ,u. 3, 1949, C- ~01 4
J-t I - L
So: LETOPIS' 31, 19149

----.P~~LSO-v -"UR; 1, -
Errors in ship speed testing on measured lines. Sudostroeaie
26 no.10:50-52 w6o. (AIRA 13:10)
(Ship propulsion)

i", -N4~,~lt:~~; f.M,Z "~f t, Z-~
, ~-, "
TM
R
T-Rlu (1) _71
t e c
r f~
Diszertation: "Eff(Ict If
1953
Sr-j, Central Scl Ees In~t Of T-?c
"hiir- !Oscow,
So- SIAM 243, 1) Oot 19511
N

Ij T. -1 ; - - , --, '~ , --1
I. I -
STUIAYV,T.T.; TRUS(N,L.P.
Use of precast concrete elements in water supply pumping stntions.
VodA san.tekh. 1 no.1:14-16 Ap'55. (KLRA 8:11)
(Pumping stations) (Precast concrete construction)

TTRRUUSSOOVV LL.. .-Jmndidat tekhnicheakikh nauk.
[TnAyl
Heat resistance of 12M steel.
TSNIITKM 71:164-173 135.
(Km 9:8)
(Steel--Testing)

L,',7-> 'C V,F
124-11-13585
Translation from: Referativnyy Zhurnal, Mekhanika, 1957, * 11, p 175 (USSR)
AUTHORS: TrU5ov, L. P., Fedortsov-Lutikov, G. P., Mitrofanov, V.G.
TITLE: The IP-4M Creep and Endurance Testing Machine
(Mashina dlya ispytaniya na polzuchest' - dlitel'nuyu prochno-t'IP-4M
PERIODICAL: V sb. : Prochnost' metallov. Moscow, AN SSSR, 1956, PP 91-99
ABSTRACT: Bibliographic entry
Card 1/1

TRUSOV, L.P., inzhener.
standard plans of wells and chambers in petroleum lines, water
lines, and water supply systems. Strol.pred.neft.prom. 1 na-7:
12-14 S 156. (MLRA 9:10)
(Wells) (Waterpipes) (Petroleum--Pipelines)

TRUSOV, L.P., inzhener (Moskva); SHISHKIN. B.A., Inzhener (Hook-vq)
"'-w S.VOwwVV