SCIENTIFIC ABSTRACT ACHMATOV, A. - AKHMEDBABAYEV, M.K.

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• Collection: Scientific Abstracts
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• Document Creation Date: November 2, 2016
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• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

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M q-
137-58-5-10612
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr
5, p 250 (USSR)
AUTHOR: -Akhmatov, A.S.
----------
TITLE: The Problem of Boundary Friction (Problema granichnogo
treniya)
PERIODICAL: V sb.: Razvitiye teorii treniya i iznashivaniya.
Moscow,
AN SSSR, 1957, pp 57-64
ABSTRACT: The fundamental concepts and views of the boundary
condition
and boundary friction are examined, and a survey of the litera-
ture on the subject is presented. Bibliography: 4 references.
L.G.
1. Friction--Theory
Card 1/1

AKHKATOV, A.Se
Processes of finishing metal surfaces and the mechanism of
boundary
friction. Trudy Sem. po kach. poverkh. n0-3:42-51 157. (MIRA
10:11)
(Grinding and polishing) (Friction)

AM --and- -KCSHUKG-VA"
Me Investigation of Elastic Properties of Two-Dimenskonal
Molecular Crystals of
Fat Acids Formed on Metal Surface.
report jxreBonte& at the Conf. on Mechanical Properties of
Non-ndtallic Solidsl
i,eningrad, usm, 19-26 May 1958.
Inst. of Machine Toole and Instruments, Moscow.
4:A
J

/1~ e AL 4)~2 /;) 7_6 V~ X1- 3-1.
1UTRORt Akhmatov, A.S., Professor 3-58-2-4/33
TITLE: Bring the Now, the Progressive in the Teaching of
General
Science kNovoye,progrestsivnoye - v prepodavaniye ob-
shchenauohnyr- distsiplin) A Further Improvement in Physics
Teaching at the Vtuz1s Ip Necessary (Neobkhodimo
dallneysheye
uluchsheniye prepodavaniya fiziki vo vtuzakh)
PERIODICAL: Vestnik Vysshey Shkoly, 1958, # 2, pp 20-24
(USSR)
ABSTRACT: The level of physics teaching is still too low,
when the
presently high engineering requirements are considered. At
some vtuz's
./ physics is only given cursory treatment.
The teaching of physics should be conducted in the follow-
ing order: lectures on the basic course beginning with the
2nd semester, laboratory work (general practical exercises),
so-called "seminar exercises", lectures on a specific branch
of physics (during one of the later semesters) and, simulta-
neously specialized practical training. All studies must be
completed with examinationB. The number of hours allotted
should not be less than 300 in the junior courses and 60 to
100 hours in the senior courses.
Elementary material taught in secondary schools should be
eliminated from the program. Sections of classical physicsy
Card 1/3 such as gas- and hydrodynamics, acoustics,
crystallography

3-58-2-4/33
Bring' the New, - the. Frogivosive in-, the Teaching, of
General Sciences
A Further Improvement in Physics Teaching at the Vtuzts Is
Necessary
and others should be expanded. The concluding part of the
basic course should concentrate the principal,theses - the
physics of solids, metals, dielectrics, and semiconductors,
the theory of liquid state, etc.
Specialized courses in physics mayprove necessary to in-
sure a good grounding in physics for engineering students.
The compilation of physics textbooks remains a problem. The
higher technical schools are in need of textbooks, for both
the basic and special physics courses, training aids and
short,
instructive monographs for all physics sections. The program
of practical training must be a skillful combination of
classical and modern methods. Graduating theses should in-
clude an obligatory section - "The Physico-Mathematical Fun-
damentals of the Thesis" or "The Physico-Chemical Funda-
mentals of the Thesis". Members of the chairs of physics
should sit on the state examination commissions.
There are 2 Soviet references.
ASSOCIATION: MoskovBkiy stanko-instrumentallnyy institut
imeni I.Y. Stalina
Card 2/3 (The Moscow Machine Tool and Instrument Institute
imeni I.V.

Akhmntoy, A. S., and Kosh41kqva, L. V.
On the 14easurement of the Elastic Constants of
Boundary-Lubrication
Layers - V,jjj .
Sukhoye i granichnoye treniye. Friktsionny e w.terialy (Dry~:and
Boundary Friction. Friction MaterialsTI-loscow, Izd-vo AN SJSRJ
1960. 302 p. Errata slip insemed. 3,500 copies printed.
(Series: Its: Trudy V.
Sponsoring Agency: Akademiya neuk 353h. Institut mashinovedeniya.
Resp. Ed.: I. V. Kragel'skiy, Doctor of Technical iciences,
CD
Professor; Ed. of Publishing House: K. I. Grigorash; Tech.
Ed.: S. G. Tikhomirova.
The collection published by the Institut mashinovedeniya,
AN SSSR (Institute of Science of 111achines Academy of 6ciences
USSR) contains papers presented at the Ili Vsesoyuznaya konferent-
siya po treniyu i iznosu v mashinakh (Third All-Union Conference
on Friction and Wear in Machines, April 9-15, 1958;

Akhmatov, A. S.
PhysicF,j Properties of Boundary-Lubrication Layers from the
Viewpoint of the Structural Mechanics 6f the Molecules iorming
Them.
Sukhoye i granichnoye treniye. Frjktsionnyye materialy (Dry and
Boundary Friction. Friction Materials) Moscow, Izd-vo AN
SSSR) 1960. 302 p. Errata slip inserted. 3,500 copies
printed. (Series: Its: Trudy, v. 2)
Sponsoring Agency: Akademiyz, nauk LiSSR. Institut
mashinovedeniya.
Resp. Ed.: I. V. Kragel'skiy, Doctor of Technical 6ciences,
Professn Ed. of Publishing House: K. 1. Grig:orash; Tech.
Ed.: S. . Tikhomirova.
The collection published by the Institut mashinovedeniya,
A" bSSR (Institute of Science of Machines Academy of Sciences
USSR) contains papers presented at the Ili Vsesoyuznaya
konferent-
siya po treniyu i iznosu v mashinakh (Third All-Union
Conference
on Friction and Wear in Machines, April 9-15, 19.58.

/A q coo
AUMOR's Akhmatov, A. a.
S/058/15 1/tW/009/t 23/050
AOOI/AIOl
TITLEI Physical properties of boundary lubrication layers from the
viewi;
point~of the structural mechanics of molecules forming them
.PMUODICAL: Referativnyy zhurnal. Fizika, no. 9, ig6i, M, abstract
9D25-("Tr.
3-Y'Vses-. konferentsil po treniyu .1 Iznosu v mashinakh, v..
_2%.Mos-
cows. AN wm, .196o, 119 - 124)
TEXTt The author considers moleoular-cryatalline structure of
boundary lay-
are from the viewpoint of the-struotural-maohanios-of--for~nting
molecules. The
following components 4f elastic reaction are found on the basis ot
an Ideal.im-
proved scheme of boundary layerat 1) elastioity-of methyleno
molecule-chainsp
2)_ elasticity of the-anisotropic moleoular-oryatalline structure of
~he boundary
layer;- 3),resistanoo to squeezing-out. Tangential resistance to
slip is pro-
portional to the sqMare of the number of interacting groups, whereas
normal
resistance - to the third power of.it. The concept of 'lihteracting
groups" in-'

III C'RAO-TSZXN CIAX Chlao-teSuglkAMMATOY, A.S.
Investigating the adhesion of plans-para4lel end measures.
lzu.tekh.
no,10:19-22 0160,, (KIRA i3:10)
(Longtb measurement) (Friction)

PHASE'l BOOK WLOITATION SOV/%90
Konferentslya po povorkhnostnym silam. Moscvd, 1960.
Issledovanlya v oblasti poverkhnostnykh oil; abornik dokladov na
konfertintsii po povorkhnostnym silam, aprell 196o g. (studies
In the Field or Surface Forces; Collection of.Roports of the
-Conferanoo on Surface Forces, Hold in April 1960) Moscow, Izd-
vo AN SSSR, 19614. 231 P. Errata printed on the in6ide of back
cover. 2500 copies printed.
Sponsoring Agency; InstItut fizichoskoy khimii Akademil nauk SSSR.
Reap. Ed.: B. V. Ddryagin, Corresponding Member, Ac4demy of Sciences
USSR; Editorial Board: N. N. Zakhavayeva, N. A. Xrotova, 14. M.
Kusakov, S.N. Nerpin, P.' S. Prokhorov, M. V. Talayev and G. I.
Fuks; Ed. of Publishing House: A. L. Ba-akvitser; Tech. Ed.:
Yu. V. R~rlina.
PURPOSE,- This book is intended for physical chemists.
Card 1/ 8

Studies in the Field of Surface Forces (Cont.) SOV/5590
111. SURFACE FORCES IN THIN LAYERS OF LIQUIDS
Alchmatov, A. S. Fundamental Law of Boundary Friction and
-M -af-h-y a ica-1-Ma is 93
Fuics, G. 1. Properties of Organic Acid Solutions in Hydro-
carbon Liquids at the Surface of Solidi 99
Tolstoy, D. M. Some Considerations on the Regularities of
Friction of the First Ordar 113
To'lstoy, D. M., R. L. Kaplan, Lin Fu-sheng, Plan Pin-yao.
New Experimental Data on External Friction 126
Deryagin, B. V., N. 11. Zakhavayeva, S. V. Andreyev, A. A.
Milovidov, A. 14. Khomutov. Study of the Flow of Thin Layers
of Polymer Solutions By the Cinematographic Method 139
Voropayeva, T. N., B. V. Deryagin, B. N. Kabanov. Effect of
the Concentration of an Electrolite on the Magnitude of the
Card 5/8

air ROVAt V.A., red.; LIKHACREVAI
AKWTOV, Alek 4r,Segeyevich; GRIGO
lww~-- --- I..V., Calual. rGff-.-'4'
[Mol4cular physics of b6undary friction)
Molekuliarnaia fl
zika granichnogo treniia. Moskva, Fizmatgiz, 1962.
472 p.
(MIRA 160)
(Friction)

-66

ACC NRI AP6034598 SOURCE CODE:-UR/0115/66/000/010/0075/0076
AUTHOR: Akhmatov. A. S.: Bufeyev, V. A.; Korndorf, S. F.;
Tkachenko, A. N.
!ORG: none
-TITLE: A photoamplifier with sliding contactless
photopotentiometer
SOURCE% lzmeritel'naya tek*nnika, no. 10, 1966, 75-76
TOPIC TAGS: photomultiplier, image amplification, circuit design
ABSTRACT: A new design of a photoamplifier is reported in which
a sliding contact-
less photopotentiometer serves as the photosensitive element.
The basic circuit
diagram of the phoLoamplifier is shown in Fig. 1. The principle
of operation of the
'proposed amplifier is as follows: with the aid of lens L and
mirror galvanometer G,
slot D is projected on the photosensitive layer of the
potentiometer producing a con-
ducting bridge on it. When the amplified signal current is not
flowing through the
galvanometer, the slot image is in the central position; in
this case the resistance
of the resistive layer is split in two parti (i.e., the output
voltage across the load
Rn is equal to zero). Mien the amplified signal current is
flowing through the poten-
tiometer, the galvanometer mirror is deflected as a result of
which the slot image is
shifted to one or to the othir side acting as a sliding optical
contact. Because of
this, at the output of the circuit there will be a current
flowing through the mirror
galvanometer and to the voltage in the photopotentiometer. The
photoamplifier circuit
Card. . 1.12 UDC: 621.383

-ACC'NRs-'AP6034598
Fig. 1. Photoamplifier
s- F - Potentiometer; S - light source;
4 1 D - slot diaphragm; L - focusing lens;
T- 7-16
G - mirror galvanometer; I - resistive
layer; 2 - photosensitive layer; 3 - con-
ducting slip ring; 4 - resistive layer . '
leads; 5 - slip ring lead; 6 - slot image
on the photosensitive layer; U. - ac or dc
n power,supply source; Rn - load resistance.,
has the following advantages over the e'xisting ones: 1) high
linearity of the ampli-
tude characteristic, 2) higher gain with respect to current and
voltages, 3) the gain
is not affected by unavoidable voltage and current fluctuations
in the power supply
circuit of the light source, and 4) the.sensitivity threshold of
the amplifier is
determined by the sensitivity threshold of the mirror
galvanometer. Orig. art. has:
3 figures.
SUB CODE: 09/ SUBH DATE;' ~""AlMay66/ ORIG REF:.- 007/ OTH REFII
'001-
Card 2/2

AXHKATOV, Boris Aleksandroviah; GORBAGHIV, Ye.A.;
IVANOV, I.S., 1whener;
TMOVS11Y, V.A.. redaktor; MUIR, V.I., tekhnicheskiy
rodaktor
(self-propelled combines] Samokhodnyi kombain. Pod
red. I.S.Tvanova.
Moskva. Gos. isd-vo selkhos. lit-ry, 1956. 18) p.
(XLRA 9:8)
(Combines (Agricultural machinery))

AKHMATOVA, I.A.
Experimental daterminntion of the heat capacity of liquid tin at
high temperatures. Dokl. AN SSSR 162 no.Is127-129 My 165. (MA 18:5)
1. Inatitut teplofiziki Sibirskogo otdeleniya AN SSSR. Submitted
November 9, 1964.

A03XATOV, X.; IMUSUNKO, G.A., prof., otv.rea.
(Winter hardiness of trees and shrubs introduced in the
spruce
forest belt of the Terakei Ala-Tau] Zimostoikost'
dereviev i
kusternikov, introdutairovannykh v polaae elovykh lemov
Terskei
Ala-Too. Frunze, Izd-vo Akad.nauk Kirgizakoi SSR, 1960.
97 P.
(MIRA 13:12)
1. Institut botaniki Akademii nauk Kirgizakoy M (for
Yevtushenko).
(Terskai Ala-Tau--Plants--Yrost resistance)
(Trees) (Shrubs)

AKHMATOV K A
Effect of leaf fall on the vintering of voody
plants. Biuls
Glav. bot. vada no./+7:96-97 '62. (MIRA 16:1)
1. Institut botaniki AN Kirgizakoy SSR, Frunze.
(Tien Shan-Plants-Frost resistance)
(Abocisoion(Botarq))
A

AUMTOV, M - G
Stability of Motion, Vibration, Regulation
Dissertation: BInvestigation. of Means for Decreasing the
Oscillations of a Synchronous
Motor Under Pulsating Load-" Cand Tech Sci. Kiev Polytechnic Inst,
Kiev, 1953.
(Referativnyy Zhurnal - Makhanike, Moacqw, Mar 54)
SO: M 213, 20 Sep 1954

AKIOUTOV, M.M.j, inzh.; MARSHAK, S.A.p kand, tekhn. nauk
Closed abie]4 tunneling in the construction of sewers.
Prom. stroi.
43 no.9a.-;- ,.- 165. (14IRA 18a9)

AXWTOV, P.A,-
Razvitie rechnykh perevozok v chetvertoi stalinskoi
piatiletka.-,- fDovelopment of
river freight traffic in the 4th Stalin five-year plan Lj7 .,
(Rebhnol transport,
1946. no. ?-8, P-3-4) DT;C: TC601.R4
SO: Soviet Transportation and p9mmun -ohy
.Acations,_A Bibliogra Library of Congress
Reference Department, ashington. 1952, Unclassified.

. Y
Ah&~TOV, P,' i. and CALKOVSKA,TA, 11. G'.
Metod-1ka analiza rostq proi2vodital nojLti transportnogo
flota. CMethods of analysing
the transport efficiency of the fleet_/. (Rechnoi transport,
1951, v.11, no. 2, P-4).
DLC: TC~601.R4
SO: Soviet Transportationmcl Comunications, A BibiographV,
Library of Congress,
W%%;zIlinotan. 1952. Unclassified.

AXHWOV.P.A.. inxhoner; GIAZKOV,M.M., in2hener
The introduction of a coordinated technology in
industry and
transportation as a potential in the
development of river
transportation. Rech. transp. 14 no.6:6-9 is
155. (MIRA 8:9)
(TnIand water transportation) (Freight and
freightage)

AKHMATOY. P.A., inshoner; GIASKOV. M.N.
Ways to improve research and planning in the economics
and operation
of river trassportaZion. Rtch. transp. 14 ao.11:4-9 1
155.
(KLIA 9:2)
(Island water transportation) (Freight and freightage)

v
AKRMATOV, P.A.; CHERTKOV, K.A.
Correctly evaluate the comparative efficiency in the use of min
kinds of transportation ("Methods of determining the economic
efficiency of various kinds of transportation" parts I and II.)
Rech.transp. 16 no-9:39-40 S 157. (MIRA 10:12)
(Tranaportation--Costs)

AVWTQ~V., Al9ksandrovich; KHODUNOV, Mikhail
Tevgrafovich; NIKOL&YEVA,
M.N., retsenzent; RMNTSU, S.M., red.; "DCROV, Y.Y., red.;
YEDTAYETA, N.A., red.isd-ya; BCOROTA, V.A., tekhn.red.
[River transportation in the directives of the Communist
Party,
legislative acts and regulations of the Soviet
government, 1918-
19593 Rechnoi transport T direktivaXh Kommunisticheskoi
partii,
zakonodatelluyth aktakh i poptanovleniiakh sovetskogo
pravitelletva,
1918-1959. Moskva, Izd-vo "Reohnoi transport," 1959 230
P-
NIHA 13:6)
(Inland water transportation--Laws and legislation)

-
j
In the technical counell of the Ministry of the
River Fleet.
Rech.transp. 18 no.12;51 D 159. (MIR& 13:4)
(Inland water transportation)

s/169/62/000/007/056/149
D228/D307
AUTHORS: Kotlyarevskiy, L. N. and Akhmatov, P. G.
TITLE: Effectiveness of aeromagAetic,surveying in geologic
mapping,'prospecting for iron ore deposits)'and solv-
ing other probloms in~Uzbeskistan (Discourse theses)
PERIODICAL: Refetativnyy zhurnal, Geofizika, no. 7, 1962, 29, ab-
stract 7A19O (V sb. Sostoyaniye i perspelctivy.razvi-
tiya geofiz. metodov poiskov i razvedki polezn. isko-
payemykh, M., Gostoptekhizdat, 1961, 527-528)
TEXT: Aeromagnetic surveying in Uzbekistan allQws Paleozoic
structures beneath sedimentary deposits to be mapped and the sites
of large intrusives to be defined more precisely. The effectiveness
of aeromagnetic surveying for seeking local anomalies, related to
iron ore deposits, has been confirmed by many examples; neverthe-
~ess, it encounters a number of limitations, caused by the magne-
tic field's complex morphology and by the procedure's imperfect
--appliedtion. The effectiveness of aeromagnetic surveying is lowest
Oard 1/2

S/169/62/000/007/056/149
Effectiveness of*aeromagnetic ... D228/D307
under conditions of a mountanous topography. CAbstracter's note:
Complete tranalation..7
Card 2/2

HELIKANOVITSKIYO I. M.; AM#4AMVp P. G.; ISMOVA, E. L.
Magnetic properties of rocks in the vaBtern part of
Central Asia.
Uzb. geol. zhur. 6 no.5:83-85 '62. (MIRA 15:10)
1. Srodneasiatakiy nauchno-i9sleamtel'skiy institut
geologii
i minerallnogo syrIya, Tashkent.
(Soviet Central Asia-Rocka-Magnetic properties)

AUTHORSt-
TITLE:
PERIODICAL:
Kotlyarevskiy, L. N. and Akhmatovj P. Gr.
The etfeotiveness of aeromagnetic surveying in the
search for iron ore deposits, in geological charting,
and in solution of other problems in Uzbekistan
Referativnyy zhurnal, Geofizika, no. 2, 1963, 29, ab-
stract 2D176 (Byul. nauchno-tekhn. inform. M-vo geol.
i okhrany nedr SSSR, .1962, no. 1 (35), 82-85)
"TEXT: The main results are given of a large scale aerophysical
our-
vey of eastern Uzbekistan in search for iron ore deposits. It is
concluded that oL the areas studied the most promising for iron
ore
are magnetic anomalies of intensity greater than 300(r, associated
'With the zones of contact-of the upper Variask granodiorites with
-the carbonate deposits of the Carboniferous - in-L"ormation is
givbn
0 ~m -an
aili"-- Osaies discovered by magnetic exploration. A comparison
_rebdtS~-,OS-_,aeromagnetic surveys made at various scales
I *50*000-and I :200~ Carried out over the same areas; this

1 9 63/000/0 2/109) 127
e effectiveness of~ D263 D307
-.;T,H~:---showed-.the advi-sabil-i y_-0 supplementinga1:200,000
survey witha
-survey made on a-larger scale. ~It is noted that in the quantitative
interpretation of ma otio anomalies, caused by sheetlike magnetic'
gn
'd
deposits 10 - 20 m thick and.' iscovered by aeromagnetic surveys with-
the WM-2,5' (ASGM-25) station, the errors reach 500 - 1000%. These
errors are mainly due to the inertia of the aeromagnetic station.
/-Abstracter's note: Complete translation .-7

AKHMA70V, P.G.t MOKANOVITSKIY, I.M.
Physical properties of Palpozoic rooks in the southern
zone of
the Tien Shan, Uzb, geol. zhur. 8 no.4:76-85 164.
(NIRA 18:5)
1. Uzbekskiy geofiziebeski-y treat i Sredneazietskiy
nauahrio-
issledova'tallskiy institut geologii i minerallnogo
syrtya,
Tashkent,

AKMTOV, S.
Akhaatov, S. - I'Stakhanovite arithmetic", (About Ya. V.
Troyan, drill operator of the
Kommunar mine of the Krivoy Rog bad n), Ogonek, 1949, No. 9,
-p. 6.
SO: U-30,120, 11 March 1953, (letopis Inykh Stated, No. 10,
1949).

1.
'A j I ~~.
/) / // -/- (I I-, I < ,
'AIMMOV,S. (Dnepropetrovsk)
WwAt
Combine operator and innovator. Nauka i zhizu' 22
uo-8:33-34
A9155- (MIRA 8:10)
(Combines (Agricultural machinery))

AMDW.OF,31, (g.Donpropetravok)
Rapid constuction of blamt farnmem. Nauka i shiznl
22 noo9s,779
S 155. (HLRA 8:12)
(Blast furnaceO

AKHMATOV, S., inzh.
The Kakb vka Sea--Krivoy Rog Canal. Znan. ta pratsia
no-3:5-6
mr 159. (NIRA 32:10)
(Kakhovka Sea--Krivoy Rog Canal)

AKHMATOV, S.N.
Here ore is dressed. Nauka i zhimul 24 no.3:25-27 Mr 157.
(MA 10:5)
(Krivoy Rog--Ore dressing)

AlaWTOV, Semen Naumovich; LARINA, L.M., red.; SHADRINA,
N.D., tekhn.red.
[Metallurgists and miners are introducing progressive
practices]
Metallurgi i gorniaki vnedriaiut peredovoi opyt.
Moskva, Izd-vo
VTsSPS Profizdat, 1958. 70 P. (MIRA 12:9)
(Socialist competition)

AMMTOV9 31 _;pF,,-opetrovsk)
11-1-79 _IJD .
SplAt of , Lmovatiorw. VTO 2 no.6943-44 Js 160. (MIJFA 24s2)
~ (Dnel=opetrovsk-RolUng--(Meta2vork)-Teebrologica2
i=ovations)

S.~,In2h~. (Ameprodsershinek, Daspropetrovskoy
oblasti)
TrtLety helpers of steelworkers. Nauka i z4yttia
10
no.6:11-15 Je" 160. (XM 13:7)
(Afteprodzerzhinsk-Steel Inclustry)
(Automation)

AKIIIATOV, S. V.
34066. Stepykh pridneDrovyya. (Ob osushchestvienii
stalinskkoy prograzamf
preobpazovaniya prirod~. Ocherk). Sov. ukraina 2,
1Q,40, s. 53-054
SO: Knizhuaya, Letopisl, Vol. 7, 1955

AKHMATOV.. V.
AKW&TOV, V. Cartography Qa Akademiia Nauk SSSR. The Pacificj,
Russian Scientific Investiga-
tions. Leningrad, 1926. p. 27-40) DLC: Q127.R9A5 1926
SO: LC, Soviet Geography, Part 1, 1951,:, Uncl.

IV.
A]r%Fu,,',TC-,V, V.
Oceanography. (In kkaderiia I'laull-, 5SSr. The i-acific.
Rusz;iar. rcientific
investigationn. Leningrad, 1926. P. 95-112.11.
DLC: Q127.R9.2'.5 1926
So; LC Soviet Geography Part 1 10151 Uncl.

AKHMATOV, V.G.
Die for cold bending of pipes. Mashinostroitell no.9:30
S 165. (MIRA 18:12)

v
Printed tables entitled "Altitude and fizi:muth iT, T1,ree .
inutes") b.. V. V.
Akhmatov, published by USSR Elavy '-inistry, Leni nr-rad, 1936.
Coment..
D-up" icate of ATIS Document 41
,201'486 which -!as publ-ished in IIIEnen~, Locuments
Issue iY2611.)

AMMTOVP YO.A.
Automatic machine for nomifacturing springe.
Mashinostroitall no.10t
17 0 165, (MTRA l8tIO)

j -- - 7--, , '.Al# ~OVA-01.4"l - I
110 !^f~ ?o !r, v ! " F
I ~ -, - , 7.""In I le) I ') 7 In ~ ~ / .7 ' I
~ ~ .1
WANIM ---- I a2~~Il * ~111 I
Card

L rL70--6f:
AC~'ESSION NF: AP~013447
7 -:-, " - - 11 - V-1: .
." , 1"L r ') _,'I : ~lr ~4 r,Tw: E R : -. -,
I Card 3/4 1 : . q

JkCE-5SION HR: APB 061-3447
ENCIMURE; 01
Schematic diagram of the

AUTHO~8; Zheludeva, G.A. and Akhmatova, N.A. 109-3-11/23
TITIE; Energy Distribution of th, to-Z-eTe-etrons in the
Antimony-caesium Cathode during Various Stages of its
Formation (Raspredeleniye fotoelektronov po energiyam
dlya surlmyano-tseziyevogo katoda na raznykh stadiyakh
yego f ormirovaniya)
PERIODICAL: Radiotekhnika i Blektronika, 1958, Vol-III, ft-3
pp. 400 - 404 (USSR3.
ABSTRACT: The investigation of the energy distribution of the
photo-
electrons was done by the spherical-condenser method. The
investigated cathodes were prepared as follows: a layer of Sb
Was deposited by evaporat* on on to a glass sphere. The 'layer
had a thickness of 1 500 1 and was not transparent. The acti-
vation procbss followed the standard technique, i.e. theoBb
layer was treated by Cs vapours at a temperature of 180 C.
Three types of the activated film were prepared. The first
stage was characterised by a straw-yellow colouring of the
emissive surface; the sensitivity of the BUrface was 0.1'~)
that of the normal Sb-Cs cathode. The second film, corresponding
to the second activation stage, had a light-red colouring and
its sensitivity was 0.6.-- that of the standard cathode. Finally,
Cardl/Phe third dathode had a,'.'cherry-red colouring and the
standard
i

109-3-11/23
'Energy Distribution of the Photo-electrons in the
Antimony-caesium
Cathode during Various Stages of its Formation
sensitivity (Is sensitivity Tas tLken as unity). Current
voltage curves of the three cathodes were taken at the fo
owing' wavelengths: 5 461V 4 047, 2 805, 2 482 and 2 300 P.7
The resulting curves are shown in Figs-. la, 6 and b. The ~
curves were used to evaluate the work functions of the cathode
by employing the Einstein equation and it was found that these
were 1.78 � 0.05, 1-56 + 0.05 and 1.51 + 0.05 eV for the first,
second and third activalion stages, re ectively. These values
are valid for the wavelength of 2 805 f. By differentiating
the current voltage curves of Fig. 1, it was possible to obtain
the curves of the photo-electron energy distribution; these
are shown in Figs. 2a, E).akd b; curves of Fig. 2a correspond
to the wavelengtD of 4 047 A, those of Fig. 26 are for the
wave-
length of 805 A, while Fig. 2b corresponds to the wavelength
of 2 300 The authors thank Professor N.A. Kaptsov for
directing this work. There are 2 figures and 4 references, 2
of which are Russian and 2 English.
ASIMOIATION: Chair of Electronics of the Physics Faculty of the
M6scow State University im. M.V. Lomonosov
Card 2/3 (Itafedra elektroniki fizicheskogo fakullteta

109-3-11/:23
Energy Distribution of.the Photo-electrons.in the
Antimony-cuesium
Cathode during Various Stages of its Fornation
Moskovskogo gosudarstvennogo universiteta im. M.V. Lomonosova)
SUBMITTED: January 19, 195?
AVAILABIE: Library of Congress
Card3/3

hkl>WA7- ot//df
POLAND /.Organic Chemistry. Organic Synthesis. G
Abs Jour: Ref Zhur-Kh1miya, No 12., 1958., 30575.
Author Akhmatovich.0 Leplyavy., M6, Zamoysky A.
-P-OTIVT-ftuade~
Inst 0 ~Sclences,
Title Chemistr'y of Cyanocarbonyl. I. Reaction Between
Cyanorcarbonyl and -metbyl styrol and,Allyl-
benzene.
Orig Pub: Byul. Polsk. A.N., 1955, Otd. 3,3, No 10,
535-542.
Abstract: In the. reaction ofa~--methyl styrol (I) in a
hexane
solution at IV 200C witb one mole of CO (CN) 2 (11)
one ob"Mins CH2~4(Wa)%COXN (III). The fact
is ver~ltied by.the hy rolysis of (III) (AJ200C) In
dioxanL~, to-.CH2=C(C6H )CH2COOH (IV) and isomeriza-
5.
Card 1/3

POLAND / Organic Chemistry. Organic Synthesis. G
Abs Jour: Ref Zhur-Khimiya, No 12, 1958, 39575.
Abstract: of (II) (in hexane,,ru 200C) and produces
C6H5CH=CHCH2C(CN2)0C00N (VIII), yield 72%. M.P.
:Lo6-11100. The structure of (Viii) was verified
by the experiments of degradation, hydrolysis and
reaction of (VIII) with aniline, phenylhydrazine
and NH40H, causing a formation of the related
products. The mechanism of the interaction be-
tween (I) and (VII) with (II) is explained by
the authors on the basis of the hyperconjugation
theory.
Card 3/3

POLAND / Organic Chemistry. organic Synthesis. G
Abs Jour: Ref Zhur-Khimlya, No 12, 1958, 39559.
Author : 41~h~matqy~ic Leplyavy, M.
Inst : Polish Academy of Sciences.
Title : The Chemistry of Cyanocarbonyls. II. The Action
of Cyanocarbonyl upon 1.1-Dipher-yiethylene. For-
mation of Compounds Assumed to be Derivatives of
Cyclopropane.
Orig Pub: Byul. Pollsk. A.N,, 1955, Otd. 3,3, No 10,
543-548.
Abstract: The reaction between CO(CN)2 with
1,1-diphenyle-
thylene in hexane solution at 200C resulted in
the formation of 2-hydroxy-2,3-dicyano-1,1-diphenyl-
cyclopropane (I), yield more than 60%, DI.P. 1080C,
and compound C30H~ON2, yield 10%, M.P. 173'11C, ard
C28H24, yield j3%, M.P. 720C. The reaction prob-
ably proceeds with an intermediate formation of a
ra rd 19

POLAND / organic Chemistry. organic Synthesis. G
Abs Jour: Ref Zhur-Khimiyal No 12, 1958, 39559.
Abstract: normal product of addition in the double
bond
(C6H5)2C(CH2CN). (COCN). The autborsexpress the
assumption that such a reaction type is a general
one for olefines with the.exception of the cases
of superconjugation. (Compare Comm. 1, R. Zh.
Khim., 1958, 39575). The structure of (I) is
verified by the following transformations:
At the hydrolysis of (I) with an aq. KOH solution,
2 moles of NH are liberated and the K-salt of 1,
1-di]phenyl-2-Aydroxycyclopropane-2,3-dicarboxylic-
2,3 acid (II) is formed or at milder conditions
- monoamide of (11), (III~. The Ag-salt of (IIJ
Card 2/5

POLAND / Organic Chemistry. Organic Synthesis. G
Abs Jour: Ref Zhur-Khimiya., No 12,, 1958., 39559.
Abstract: produces with methgl iodide a
dimethylether of II
(IV), M.P. 125-127 C.(IVa).
The attempts to separate a free (II) caused its
cyclolactyl rearrangement into an cK-keto-,8, P_
diphenylglutaric acid which is immediately trans-
formed into lactol (V), M.P. 163.5-1650C, with the
following structure, (HOOC)(HO)CC(C6H5)2CH20_OO.
\-------------/
The acetate of V, M.P. 144-1450C. When (V) is
treated with SOC12 and methanol, a lactone of a
monomethyl ether of c