SCIENTIFIC ABSTRACT KHANIN, N.S. - KHANINA, F.B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000721730005-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KOZLOVSKIY,t Mikhail Timofeyevich; PETROV, Vyacheslav Vasillyovich;
IGWIIN,-ILS.,. kand. tekhn. nauk# retsenzent; FEDOSEYEV, L.N.,
red.; DONSKAYA, G~Dop takhne redo
(Fuel equipment of laAZ2-204 and IaAZ-206 diesel engines; dOBig%
maintenance and repair) Toplivnaia apparatura dizellrjykh dvigate-
IaAZ-204 i I&AZ-206; konstruktsiia,, obsluzhivanie i remont. Mo-
skva, Nauchno-Iekhn. 12d-vo M-va avtomobillnogo trans i shos-
seinykh dorog RSFSR, 1961. 214 p. f;JRA 15:1)
(Diesel engines)

KHAN1119 NOS,; GHISTOZVOIIOVp SOD.
Automobile rotary engines. Avt.prom. no.3.12-18 Mr 161.
(MIRA 14d)
1. Gosudarstvennyy soyuznyy ordena 1rudovogo Krusnogo Znamcai
'nauchno-iseledavatellokiy avtomobillnyy i avtomotornyy institut.
(Automobilea-Engines)

KHANINI N.S., kand.tekhn.nauk; CHERMYSHEV, G.D., inzh.
Arrangement of turbocompressors for motor-vehicle and tractor-type
diesel engines. Vest.mash. 42 noo3:33-38 Mr 162o
(MRA 15:3)
(Diesel enginess--Superchargers)
1-Y

S/145/62/000/005/004/008
D262/D308
AUTHOR: Khanin, N_ R.- Candidate of Technical Sciences
TITLE: Problems of turbo-piston automobile engines
P13RIODICAL: Izvestiya vysshikh uchebnykh zavedeniy.
Mashinoatroyeniye, no. 5, -1962, 47-63
TEXT: The author discusses in detail: the uroblems connected
with the increase of the overall efficiency ;f automobile diesel
engines. Various methods of improvement are reviewed, including
reduction of friction losses, reduction of heat losses caused
by the exhaust gases due to either the increase bf their expansion
rate or to conversion of their energy into mechanical work. In
this connection, various types.and designs of turbo-superchargers,
methods of their application, advantages and disadvantages are
analyzed in detail, The question of the application of free
piston gas generators is also raised, and it is ohown that the
possibli) economical, constructional, performance, maintenance,
Card 112

KHAND) N-.S., k=d.tekhn.nauk; KISEM, B.A.0 kand.tekhn.nauk
Investigating turbodriven suporchargipi of'the Ik?0-238N diesel englne.
Avt.prom. 29 no.2-.7-12 F 163. (MIRA 16:2)
1. GosudaretvenW soyunnyy ordena Trudovogo Krasnogq Zn4wni ratiehmo-
insledovateltakiy avtomobil'W i avtomotoruyy inetitut,.'
(Motor vehicleo--Fj*ines-Suporchargers)

KHAN,IN,_A,S,.-;, CIIISrOZVONOV, S.B.; AGEYEV, I.K., kand. tekhn. nauk,
retsenzent; YEGORKINA, L.I., inzh., red.; SALAZXGV, N.P.,
tekhn. red.
[Rotating piston engines for motor vehicles] Avtomobill-
rqe rotorno-porshnevye dvigatell. Moak-va, Mashgiz, 1964.
183 P. (MIRA 17:4)
-A

CHISTOZVONOV, S.B.; KHANIN, N.S., kaud.tekhn,nauk; YESIPOVICH, R.A.,
nauchnyy red.; VIGDOROVICH, M.B., red.; KOGAJI, F.L., takhn.red.
[Modern foreign motor-vehicle diesel nngines; survey) Sovremennye
zarubezhnye avtomobillnye dizell; olzo . Moskva, 1963. 171 p.
(Moscow. TSentrallnvi institut nauchno-takhnicheskoi informataii.
po avtomatizatsii i mashinostroeniiu. Seriia IIIz Novye mashiny,
oborudovanie i sredstva av-tomatizataii, no.66). (KMA 16:12)
.4

IM 4V .3
Z; ky" --K.
Aig

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i Vlzr~.~!".Il,

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gg.

-PR

KHA-VIN,jj,�_,j-.SHERSTYUX, A.N.,- ZAYCHENKO, Ye.N.; DINLIEV, Yv,I.;
PORTHOV, D.A., doktor tekhn.nauk, prof., retsenzent
(Supercharging and superchargers of motor--vehicle engines]
Nadduv i nagnetateli avtomobillny~h dvigatelei. MosNa,
Mashiriostroenia, 1965. 221 p. (MIRA IM)
1. -A
Ttl

of a-;~i-, ur" fac-or
of s."a-~".--ococc-al, cl;lturf-,S1l illl!.(I,r
.13, J/ Auirijol '-13,
Ef
51

A ',I, i," -" -"'i A 11. and :,.i iA-~ r c I,j
~Inocuiat!!d i-dith vaccine Pi"!'Ared L~:t
IT-Lidy 3~~oi. in-ta, Vol, II, 191;;~i, !). O-Z.
SO: U-4393, 19 AuE;ust, 53, (Lctopis 'Zhurn-al Inykh 3',atucyl, No. 2.2, 1~149)-

KHANIN, S. 0.1 KIRVELI M. M., PAPJMOMEMOVA, A. Yo, and BRUDNIKOVA, M. B.
"Effectiveness of Dried Live NIIEG Tularemia Vaccine Being Turned Out by
IEMS" a monograph extract Effect of Vaccination 4gainst Tularemia 1953.
p* lu.
Translation D 568409

KWIFA, E.M.; KAMA, V.A.; kandidat meditsinsk1kh
rektor; BTA41KOV, G.M., kandidat mpditainsk!kh aauk, direktor:
TIVA, A.T., professor, ZAVOdUYUS&h&~7a.
&=na'prophylaxie of measles with gamma globulin, Pediatrila no.2:6-8 Mr-
AP '53. (KLPA 6:5)
1. Smolenskiy Institut apideuliologii i mikrobiologii (for Khanin). 2. Ka-
fedra pediatrii Smolenskogo meditsinskogo Instituts, (for PetrMsTa).
Smolanskly meditsinskiy institut (for Starikov). (Measles) (Ga=a
Globulin)

DOSSER, Te.M.6ZWQ',;8,,G., kandidat meditainakikh nunk, direktor; YUDEHICH, V.A.,
rlauc,
nn
dotanet, nauctnyy JFi ovoditell,
Type-specificity of immunity in Flexner's dysentery. Zhur.miltrobiol.epid.i
immin. no.7:74-76 .11 153. (KIJU 619)
1. Smolonakiy institut epidemiologii i mikrobiologii. (Dysentery)

KHOINO Sh.G..
Stabilization of fixed rabies virus. Zhur. mikrobiol. apid. I immun.
no.llt42-46 N 154. (MIRA 8:1)
la, Is kafedry mikrobiologii (zav. doteent Y.A.Tuisnich) Smolenskogo
maditsinskogo lustituta (dir. dotsent G.H.Starikov)
(RABOS, virus,
stabilization of fixed viruses)
(VMUSIS,
rabies, stabilization of fixed viruens)
USSR Virology. Human and Animal Viruses. Rabies Virus. E-3
Abs Jour Ref Zhur - Biol.,, No 18, 1958, No 81286
Author EhAnia'-sh.- G.
Inst Smolensk Medical Institute
Title Further observations on a Stabilized, Dry, Live Antirabic
Vaceinee
Orig Pub :Tra' -Smolenskogo med. in-ta) 1957) 6, 141-147-
i)bstract :A dry antirabic vaccine prepared from rabbit brain after ha-
ving been held for 24 hours at 1-30 in a 1~ phenol solution
retained its initial virulence and irzrunogenicity for no less
than 4 years. A vaccine prepared by a similar method with the
addition of 4 phenol as a preservative lout its virulence by
the end of the 4-year period, but retained its immunogenicity.
There is no strict parelleliBm bLtWell virulence aria immunoge-
nicity of dry antirabic vaccine; however, a vaccine totally
inactivated becomes non-immunogenic. -- I. A. Shumeykina.
Card 1/1

Herhanism of stabilization of dry living rabies vaccine.
Zhitr.m1krobiol.spid. i Irmin. 30 no.5'.142-143 My '59.
(MIRA 12:9)
1. Iz SmolenBkogo meditsinskogo instituta.
(WINS) (VACCINES)

KWNINI Sh.G.; SOLONINA, X.I.
Fifty ye4ro of tile 5molanok PostetAr "Station, ZhUr,aijkrotdol., jipld,
A IMrium. 13 no.4111,4-141 Ap 16.% Rnl~A 1,11-1o)
1. Iz, Sniolanskogo meditshiskogo Instituta I Srwlenskoy ablastnoy
saniturno-epidemiologicheskoy st&ntsii.
(SMOLENSK-RABIES)

KHANIN, Sh.G.; ERLOORODSKAYA, S.N.
I
Experience in practical use of Pizniln formul4 for the
evaluation of the reliability of LD50 diatermined by Reed
and Muench's method. Zhur. mikrobiol., Wd i immun. 40
no.2:76-82 F t63. ?MIRA 17:2)
1. Iz Smolenskogo maditsinakogo instituta.

KIIANOV , S.G.
Feeding the filaments of the tubes of the tuboa of the ("PFS")
recording phCoalectric summator using a lighting netwc-A source.
Sbor.luch.rats.predl. pt. 2:71-72 163. - (MIRA 17:5)
1. Trest "Ukrgeofizrazvedka".

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Dwrilles and illustrates a newly devt-l,,Del ap.
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deformation :nd to the determination of tensile.
compressive. nd bending stresses.
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rvf~3 ind (--,ntg I mart 4 ~cm-t C. 4
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0 -6
1, 7

&Ys., kandidat tekhaichaskikh nauk.
'j, "I,""
The process of fatigue in metals. Stall 16 no.2:181-182 F 156.
(MLHA 9:5)
1. 2hdanovskiy metallurgichookiy inatitut.
(Metals--Fatigue)

SOV/137-58-9-18598
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 9, p 61 (USSR)
AUTHORS: Khanin, S.Ye., Kirillov, B.S., Kiritsev, A.D.
TITLE: Determination of the Load-carrying Capacity of a Bridge Crane
After Protracted Service in an Open-hearth Shop (Opredeleniye
gruzopodnyemnosti mostovogo krana, nakhodivshegosya v dlitel'-
noy ekspluatatsii v usloviyaXh martenovskogo tsekha)
PERIODICAL: Sb. nauchn. tr. Zhdanovsk. metallurg. in-t, 1957, Nr 4, pp
205-215
ABSTRACT: Using, by way of illustration, a 75/25-ton gantry crane
which had been in operation in a smelting shop for a period of
40 years, the authors present a method for the determination
of the true load-carrying capacity of cranes which had been in
service for considerable periods of tirne and the design load-
carrying capacity of which is no longer valid. It is noted that
corrosion reduces the cross-sectional area of metal by approx-
imately 1056. Samples of metal from the structural members
of the gantry taken from neutral zones or from layers of mini-
mum stress.were investigated. The elements were subjected
Card I/Z to mechanical (bending, notch sensitivity, hardness, and

SOV/ 137-58-9-18598
Determination of the Load-carrying Capacity of a Bridge Crane (cont.)
fracture tests), chemical, and metallographic tests. Experimental data per-
mit the conclusion that the steel of the crane structure is a rimmed low-
carbon steel similar to St. I but of a poorer quality. Impurities in the form
of slag inclusions considerably reduce its tensile strength and ductility. It
is pointed out that the formula for determination of permissible stresses,
(j perm, ~K T , where K- c I- O'bl ab I is not acceptable for the deter-
0
mination of permissible stresses in old metal. Therefore, such stresses
must be determined on the basis of combined characteristics of the quality
of metal obtained in various laboratory tests. An optical method of deter-
mining the flexure of a crane beam is described together with a method em-
ploying strain gages for the determination of stresses. It is noted that aux-
iliary girders have a salutary load-relieving effect upon the main structure
(10 - 157o of the useful load on the gantry).
M. Kh.
1. Ho is to- Loading 2. lJoists--Structural analyuis 3. floists-44athematical analya5.s
Card Z/Z

SOV/97-.59-1-9/18
AUTHORS: _ZWWin 3.Ye. , Candidate of' Technical Sciences;
_-, _T_
Obodovsk Y_, B.A., Candidate of Technical Sciences,
and Bondarev, M.V., Engineer
TITLE: Concrete Reinforced with Thin Twisted Wires (Zholezobeton,
armirovann,,,y vitoy pryadlyu iz tonkikh provolok)
P.L~hIODICAL: Beton I Zhelezobeton, 1959, Er 1, pp 29-32 (U36H)
ABSTRACT: Thin twisted wire roinforcomont has similar adhesion to
concrete to that of reinforcement of standard profile.
In comparison with reinforcement of non-periodic profile
,,-ihich acquires brittleness, twisted rcinfovrement preserves
elasticity, which In many cases is nn important advantage.
Its loss in strength is approximately 3~, compared with
8% in the case of non-periodic proftle (see K.V. lilikhaylov,
"Reinforced Concrete Constructions", published by
Gosstroyizdat, 1952). Twisted rujilfor,3u.,itent has many
other constructional advantages over single smooth
reinforcing rod: in particular, it lowers the cantre of
gravity of the reinforcement in the section, and allows
Card 1/4 for wider spacing botwoen reinforcemont. Owing to the
Concrete Reinforcud with Thin Twisted"Odires
suv/97-09-1-9/18
good adhesion of' twisted reinforcement to concrete it is
possible to lower the strength of the concrete for pre- 2
stressed reinforced concrote constructions to 2UO-2bO kg/em
it is also possible to remove the tensioning Implements
much earlier. Many troubles experienced in reinforced ooncreta
construction are duo to brittleness of' reinl'orcenent
(A.P. Vasil~ev in "StroitE,11naya promystUennost'", 1967,
Nr 2). Tests with twisted wire reinforcement were
carried out by the Chair for Strength of blaterialS
of the Zhdanov Metallurgical Institute (.Kafedra soproti-
vleniya. materialov Zhdanovskogo metallurgicheskogo instituto)
together with Azovstallstroy. Two or 3 wires of 2,6 mm
diameter were twisted together in such a way that one full
twist occurred every 40-45 mm of len-th. This reinforce-
ment was tested to breaki-ag point on a UIM-60 machine,
which showed that its strength was 9-10,i~ lower than that
of ordinary reinforcement, as described previously in an
article by R.I. Voyts (*Stroitellnaya promyshlonnost'",
1956, Nr 10). Macro- and itLiaro-tests of this reirforcement
Card 2/4 were made, which reveaied defects In the structure of the

SOV/97-59 -1 -9/18
Concrete Reinforcod with Thin Twisted Wires
material, Fig.1 illustrates mutal anchoring wed6es for
tensioning of twisted reinforcement, and Fig.2 shows the
testing of this reinforcement to breaking point. In
addition to tests on twiated ruinforcement comprising
2 x 2.6 mm diameter wires, a sinf~le wire obtained by
separating the twisted wires was tested. Results obtained
in these tests are includoct in Table 1. Tests to define
the modulus of elasticity weru carried out by means of
tensimeters. Fig.3 gives a graph of the reduction of the
modulus of elasticity during increase of tension of the
reinforcement. The use of' a deformation graphobtained
for a given section of reinforcement under 61ven strOBS,
is recommended by N.11. Boginyy (beton i Zhelezobeton, 1966,
Nr 3) for obtaining precise values of stresses in reinforcement
by measurement of its elongation. Practical tests to
obtain the value of the strength of adhesion of' twisted
reinforcement to the concrete are described and illustrated
in Fig.4. Fig.5 shows the machline used for pullinL~ out
the reinforcement from thu concrete. The resuits of' these
Card 3/4 latter tests are Given in Tabie 2. ~'urther tests of twisted

Concrete Reinforced with Thin TwistodWires
SUV/97-69-1-9/lb
and tensioned roinforcement were carried out in concreting
yards; for example, in Zhdanov factory for prestressed
concrete "Azovstallstroy". FIG.6 shows the layout of the
s'lab and reinforcement during testing. The result-s are
given in Table 3. Similar tests were carried out using
5 mm diameter wires of' non-periodic profile ).iark ChYiTU
4987-55. The results of thV3e tests ehowea that twisted
reinforcement is as advantageous as roinforcement of' non-
pcriodic profile. Similar results were obtained by
Candidate of Technical Sciences i~.U. hatts. There are
6 figures and 3 tables,
Card 4/4

83295
S/138/59/000/010/007/010
A051/AQ29
AUTHORSi Kuz'minskiy, A.S.; Frenkel', R.Sh.; Khanin, S.Ye,,O~ Feildshteyn,
T MLE. The Effect of Certain Organic Acid Salts on Rubber VulicanizationvV
PERIODCIAL-, Kauchuk I Rezina, 1959, No. 10, PP. 32 - 35
TEXT: The problem of increasing the rate of vulcanization of rubber with-
out decreasing the initial plasticity of the mixtures and without causing any de-
triment to the scorching resistance and the physico-mechanical properties of the
vulcanizates was studied. The use of inorganic bases as activators did not al-
ways render favorable results due to the poor distribution of the base in the
mixture and the tendency of the mixtures to scorching. Organic substances with
an alkaline nature, such as aliphatic amines, were also anplied with the result
that the vulcanizates had better physico-mechanical properties and a higher rate
of vulcanization, but the mixtures containing triethanolamine acquired an cleva:-
ed hardness, had a tendency to scorching and too wide a range of t -heir physi",o-
mechanical properties. The accelerating effect of potassium, scdIum and ammonium
salts of weak acids, such as orthophosphoric acid, acetic acid and benzoic acid
Card 1/3
83295
3/138/59/0 0/010/007/010
A051/AO29
The Effect of Certain Organic Acid Salts on Rubber Vulcanization
were investigated. In the case of the salts of ortho-phosphoric acid, there was
some accelerating action, but the same shortcomings were observed as in the case
benzole acids proved 'to
of sodium hydroxide or sodium, The salts of acetic a
be very good activators of the organic accelerators.)5 The strongest activator was
shown to be ammonium benzoate, obtained from the reaction between an aqueous so--
lution of ammonia and benzoic acid. The physical and chemical properties of this
salt are listed and Tables I - 3 s1how the compositions ind the physico-mechanical
indices of the rubbers investigated. Figures I and 2 show the vulcanization lev-
el of the mixtures with ammonium benzoate. The latter actually serves as an ac-
tivator of other organic accelerators, since it has only a slight accelerating
action itself. The activating effect of this salt is present in mixtures not
containing sulfur. The accelerating action of ammonium benzoate is explained by
the alkaline properties of ammonla which forms during the vulcanizatlon Prc-cese-
In addition to this, the benzoic acid which forms upon the decomposition of --hp
ammonium benzoate also has been found to have some activating effect in the last
stages of the vulcanization process. It Increases the hardness of the vulcani-
zates and slows up the vulcanization at the processing temperature of the mixture.
Card 2/3

KUNIN, S.Ye., doteent, kandatekhnenauk
Mirror strain gauge for measuring linear and angular de-
formations. Izv.vya,ucheb,zavo; mashinostr. no-5:61-64
16o. (MIR& 13:7)
1. Zbdomovskiv metallurgicheakiy institut.
(Strain gauges)

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F,'&L,IDSIiTEYN, L.S.; ITU~IIIL-Sj? FREITZLI, R.Sli.; KUZtl-IIIISKIY,
A. 6.
Vulcanization of rubber with mercaptan in the presence of carbon
blacks. Kauch. irez. 20 no.8;28-32 Ag 161. (MIRA14:8)
1. Navchno-issledovatelfskiy institut rezinovoy promyshlen-
nosti.
(Vulcanization)

AUTHORS:
v1318/62/000/003/003/006-
A051/A126
Frenkell, R. Sh., KuzIminrkiy, A. S., Felldohteyn, L. S.,J21QUD,
S- Ye., Vinogradova, L. F.
TEXT: The effect of ingredients In rubber mixes on the structuralizing
of butadiene-nitrile rubber
MIODICAL: Kauchuk I rezinaf-'no. 3, 1962, 10 - 12
A
T=--.L: An investigation was conducted to determine the effect of ingredients'
other than altax, for example (in the absence of sulfur), on the process of therml
structuralizing in synthetic rubbers. Butadiene-nitrile rubber C K H-26 (SRI-aS)
(commercial) was used in the experiments in an air medium. The thermornechanical-
method was used to determine the Initial temperature of the mixture structuraliz-
ing. Accelerators and activators of vulcanization have a significant effect on
the rate of thermal structuralizing. The accelerators increase the rate of struc-
turalizing and lower the initial temperature. At the addition of zinc oxide into
the system rubber-altax. decreases the initial temperature and increases the rate
of structuralizing. Thus, it is thought that the zinc oxide serves as a catalyst
in the process of thermal decomposition. Data on the reaction kinetics with
Card 1/2
4".

The effect of ...
S/138/62/000/003/003/006
A05 !/A 12k)
lodine prove this supposition. The following conclusions are drawn: Certain
fillers (Gaseous and 'thermal carbon black) and acceleratoz,s (capla~,c) increase
the tendency to structuralizing of the mixtures based on butadiene-nitrile rub-
ber. Those filled with gaseous carbon blach, containing altax or captax, are
particularly prone to structuralizing. Zinc oxide Increases the structuralizing
action of captax in mixtures with gaseous carbon black. In the case of altax,
the zinc oxide speeds up the structuralizing process both in filled and non-filled
mi-xtures. The zinc oxide increases the ratio of the thermal. decomposition of
altax to free radicals. There are 3 figures, 2 tables and 5 Soviet-bloc ref-
erences.
ASSOCIATIONS-. Volzhskiy filial Nauchno-issledovatellskogo instituta rezinovoy
promyshlennosti I Nauchno-issledovatellskiy institut rezinovoy
promyshlennosti (Volea Branch of the Scientific Research Institute
of the Rubber Industry and the Scientific Research Institute of the
Rubber Industry)
Card P,/2

I
ANGERT), L.G.; KHANIN, S.Ye.; KUZIMINSKIY, A.S.
Thermal aging and protection of rubber based on natural caoutchouc.
Kauch. i rez. 22 no.lOtl9-23 0 t63. (KMA 161l1)
1. Nauchno-issledovateitskiy institut rezinovoy pron7shlennosti.

OBODOVSKIY , Boris Arnol Idovich; KIIANIN, Solomon 'Yef iu-4vich;
Prinimali uchastlye ORZHEYIIOVSKAYA, O.P.; ITSKOVICH,
G.M.; DPJiKOV, A.V., prof., doktor tekhn. nauk.
retsenzent; KRYUKOVSKrY, S.S., prof., retsenzent
[deceased]; KRITOV, G.M., dots.) retsenzent; RAKIVNE34KO,
V.N.p st. prepcd.t retsenzent; VOOKUROV, A.I., otv. red.;
VAYNBERG, D.A., red.
[Strength of materials in examples and problems] Soprotiv-
lenie materialov v primerakh I zadachakh. Khartkov, Izd-
vo Kharlkovskof;o gos. univ., 1965. 311, P. (MIM 18:5)
;-N

-0
Tyl N, V.G., inzhener.
Pipe cutting machine of now design.Strol.i dor.mashinostr.
no.9-.29-30 5 156. - OMU 9: 11)
(pipe cutting)

3-2
S/117/6Z/600/004/003/009
Aoo4/Aiol
//PUP
AUTHOR;
TITLE: Tools for the precision machining of bores of unlimited length
PERIODICAL; Mashinostroitell, no. 4, 1962, 24 - 26
TEXT: The author reports on a new technology of finish machining of cur-
faces of long cylinder bores by expansion Instead of honing, applied by the Mos-
kovskiy mashinostroitel.Inyy zavod ira. Kalinina (Moscow Mechanical Engineering
Plant im. Kalinin). Rough and finish machining.is carried out on a modernized
model 163 screw-cutting lathe of the Ryazanskiy stankostroitelfnyy zavod (Ryazan'
Machine Tool Plant). The inner cylinder surface is bored to a surface finish of
the 5th class in one operation, then the bore is reamed in two operations with
floating sintered carbide reamers. Expanding of the bore is effected with ball-
type or roiler-type expanders. This process consists in the cold plastic deforma- I
tion of the metal by rotating balls or irollers which are rolling along the sur-
face at a high specific pressure, deforming and compressing the projecting micro-
roughness and the metal grains. The necessary pressure of the balls or rollers
Card 1/3

s/117/62_/ooo/oo4/oo3/oO9
Tools for the precision... AOOVA101
on the metal is produced on account of the negative allowance between the bore and;
the expander diameter. The author presents a description and Illustrations of
ball-type and roller-type expanders with balls or rollers made of ULX5 (ShM15)
grade steel heat-treated up to a hardness of HRC 62 - 64. The expander roller3
are rotating around their axes and around the axis of expansion. The roller ex-
pander designs used in industry differ mainly in the roller geometry and angle of
gradient ~ relative to the axis of expansion. Angle q ensures the automatic drag
of the expander in the bore, so that no compulsory feed is necessary. The fol-
lowing formula determined the feed of the expander head during one revolution of
the componenti s =ffDjtgP, where s - expander feed in mm/rev, D, - diameter of
the expanded bore. Eypanders with different angles r are used, e.g. the expanders
manufactured by the Kiyev "Krasnyy ekskavator" Plant have an angle (P - 0043'0
those of the Lyuberetskiy zavod sellskokhozyaystveiinogo mauhinostroyeniya im,
Ukhtomskogo (Lyuber-tsy Agricultural Machine Plant im. Ukhtomskiy) possess an
angle T - 00201. The Plant im. M, 1. Kalinin uses roller-type expanders having
an angle ~ = 00, i.e. the roller axis is parallel to the expander head axis. The
feed of the head is compulsory from the lathe feed shaft. TI-e author presents a
schematic illustrating the expanding of a bore by a roller-type expander, It
Card 2/3

S/117/62/000/004/003/009
Tools for the precision... A004/A101
can be seen from this schematic that the expander is adjusted to a diameter which
is somewhat larger than'that of the expanded bore, thus care Is taken of residual
and elastic deformations of the metal. Plant practice revealed that the expansion'.
of bores is by tens of times more efficient than honing. It is possible to expand
bores of components made of the steel grades 20,30, 40, 45, 20Kh and 40Kh, either
not heat-treated or treated to a hardness of HRC'28 - 32. One meter of bore
length is machined in 1.25 - 3.0 min. There are 8 figures and 1 tablo.
Card 3/3

KUNINY V*Gq
Cutting tool for mwhining holes with an indofinite length.
Mashinostroitell no.4 124--26 Ap 162. (MIRA 15:5)
(Metal-cutting tools)

IMANIN, V.11. , Inzh. (Leningrad.)
Special features of the use of current transformers with
poured insulation. Energetik 14 no.1:23-25 Ja 166.
(MIRA 19:1)

ACC NRt AP6021794 SOURCE CODE: UR/0413/66/000/012/0058/0058
INVENTOR: Ordyntsev, V. M.; Khanin, V. P.
ORG: none
TITLE: Automatic multirange multiposition bridge. Class 21, No. 182796
SOURCE: Izobreteniya, prom~shlennyye obraztsy, tovarnyye znaki, no. 12, 1966, 58
TOPIC TAGS: resistance bridge,,
ABSTRACT: An automatic multirange variable arm bridge is shown in Fig. 1. It
consists of a rheostat measuring circuit, voltage divider, unbalance signal amplifier,
-'6- " Fig. 1. Automatic multirange
resistance bridge
1, 2 - Coincidence gates; phase
detector; 4 - end terminals; 5 -
register; 6 - control pulse source;
7 - relay; 8, 9 - normally open
contacts; 10 - amplifier; 11 -
calibrated resistors, 12 - range
indicator.

L 34810-66
ACC NR, AP6021794
.phase detector, reversible divider, transducer switch, printing carriage with end
terminals, measurement range switch, and a digital range indicator. The range
switch is in the form of two coincidence gates whose inputs are the phase detector
outputs and the printing carriage end terminals. The two AND gates together with a
control pulse generator drive a reversible shift register which in turn controls the
states of electromagnetic relays. A portion of the relay normally open contacts are
connected between the amplifier input and voltage divider circuit containing cali-
brated resistors. The other normally open contacts control the states of digital
range indicator lamps. Orig. art. has: I figure. [BD]
SUB CODE: 09/ SUBM DATE: 30Apr65/ ATD PRESS:J'&q SO

F*'T:',.', TP
USSR/Ca=
&gines, Gasoline
Noy/Deo 1946
"Modification of the rrofile of Gas Distributor
Came to Prevent Abrasion of the Plunger," N. S.
M=in, M. A. Ryzhik, 3 PP
"Avtomobillnaya Promyshlennost'" No 1-1/12
Detailed discussion, vith diagrams and formulas, of
modified profile of onme to prevent abrasion and,
to Increase usefulness of plungers.
12T37

3'0V/1 o 3-19-1o-7/12
AUTHORS: Artyukhin, A. Ya., Khnnin, V. Z. (Moscow)
T 1T LE: One-Cycle Magnetic Shift Register (Odnotaktnyy magnitnyy
registr sdviga)
KMIODICAL: 111vtomatilca i telemekhanika, 1958, Vol 19, Nr 10, PP 977-967
(USSR)
ABSTRACT: This is an analysis of the most nimple type of scheme of a
one-cycle register. On the strength of* this analysis this
register can be calculated with an accuracy nufficient'for
practical purposes. The method of calculation presented c'an
also be generalized to a readout about two or more cores.
It is shown that a one-cycle register is discriminative with
reapect to a variation of the duration of the shifting pulse
in contrast to a two-cycle register. The backward motion of
information taking place in this circuit and the current
branch-off in the (n + 1)-th core, when the signal 0111 is
read out by the n-th core imply a dependence of the shape
of the signal at the condenser upon the ntructure of the in-
formation in the register. Thin feature nay lead to diffi-
Card 112 culties in the synthesis of logical schemes incorporating

One-Cycle ~,!ai-nctic Shift Regiater BOV/103-19-10-7/12
one-cycle registers. The scheme presented in this paper is
recommended for use in schemes of rinz;-counters and of
registers of a not-too-wide scope. There are 15 figures,
1 table, and 8 references, 2 of which are Soviet.
SUPIM,ITTED: I.:,iy 25, 1957
Card 2/2

KHANIN, Ya. D.
Cand Agr Sci - (diss) "Effectiveness of fertilizers in grapevine
plantings." Kishinev, 1961. 21 pp; (Ministry of Agriculture
Ukrainian SSR, Odessa Agricultural Inst); 280 copies; price not
given; (KL,10-61 sup, 223)

MUNIM, YA.I.; YUDIN, 0.1.
Radio emission of the comets. Istron.zhur. 32 n0-5:439-444 S-0 155-
(RM 9:1)
1. l'isiko-taknicheakiy institut Gorlkovskogo gotudarstvennogo
universiteta.
(Comets) (Radio astronomy)

777-

AUTHOR: Kh SOV/109-3-11-9/13
TITLE: On the Problem of Determining the Electron-density
Fluctuation in the Ionosphere (K voprosu ob opredelenii
fluktuatsiy elaktronnoy plotnosti v ionosfere) (Letter to
the Editor)
PERIODICAL: Radiotekhnika i Elektronika, 1958, Vol 3, Nr 11,
pp 1399 - 1402 (USSR)
ABSTRACT: In a work by Allpert (Ref 1), a aethod for determining the
electron-density fluctuation:
(610 2 ;a
in the ionosphere was suggested. Thecbnsity could be
evaluated by measuring the ratio of the energy of the
scattered waves to the ehergy of the mirror-reflected
component. Here, the theory of Allpert is extended and
it is shown that the problem is essentially that of
evaluating the integral:
Card 1/3

SOV/109-3-11-9/13
On the Problem of Determining the Electron-deLsity Fluctuation
in the Ionosphere
d(.Za 2)
2
00 ao
The ener scattered by an elementary volume is expressed
by Eq (21y, where z B is the height of the reflection
point, a is the effective scattering cross-section of
the ionosphere, P is the energy radiated by the antenna;
the remaining symbols in Eq (2) should be clear from
Figure 1. On the basis of Eq (2), it is shown that the
integral of Eq (1) can be expressed by Eq (9), where G
is defined by Nq (8), If, as in Allpert's work, the
ionised layer is represented by a parabolic model, as
expressed by Bqs (10), where z M is the half-thickness,
z0 to the height of the layer and w c is the critical
frequency, the final formula is given by Eq (11), where
M is expressed by Eq (12). Eq (11) was used to plot a
Card2/3 number of curves which give 02 (6N)2 as a function
0
_0

'on thO Problem or
D"ezziaing the LI'lectrOS"'
the .10"Osphere V,10?-3-11-9113
Of X CA ens ty Fluctuation
0 * These are shown in Figures 2 and 3 for
various values of z
figures were m and X
"daahed" sv&luated C The full ourres in the
from Formula (11),
There &reC3Ur;vi9guraq'rSe takez frOM Allpert's while the
ASSOCIATIO,U: In_t z . I I Boviet reference. ork.
rostrano,"U10go MagnstiZma
rag xiya
(S I radiovoln I iOnOSfery j
C entific-.resear,b Institute
SMUITTIDI Itagnetism Of Terrestrial
February ' the lonosphe" and Radio-wave
C&rd 313 61 1958 PrOPagation)

69962
1?, '2 57 sov/141-2-4-17/19
AUTHOR- Khanin, Ya.l.
~, , -7 1, -R~~' ~777--
TITLE: Some Possibilities of Using Three-level Systems for
Receiving Weak VHF Signals
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Radiofizika,
1959, Vol 2, Nr 4, pp 661 - 663 (-USSR)
ABSTRACT: The disadvantage of a three-level maserois the need for a
rather powerful source of local oscillations at a frequency
higher than that-to be amplified. A paramagnetic material
is considered which has three energy levels associated with
three frequencies. The magnetic susceptibility at any of
these frequencies depends on the presence, in the voluma
of the Sample, of an oscillating magnetic field at another
resonant frequency. By inserting such a paramagnetic into
a resonator-tuned simultaneously to two frequencies and
measuring tho susceptibility at one frequency it is possible
to estimate the power input at the other frequency. If the
local oscillator power is small compared with the saturativix
level then the minimutii detectable power in terms of cavity
and sample volumes, relaxation times, dipole moment matrix
Cardl/3 elements, Boltzmann populations, cavity quality and change

69962
sov/141-2-4-17/19
Some Possibilities of Using Three-level Systems for Receiving Weak
VHF Signals
in-susceptibility is Eq (6). The criterion for local
oscillator power level is Eq (7). Table-6 gives the
mini-mum detectable powers, at 300 OK (10 W) and
4 OK (10- 14 W), for practical circuit, values at a signal
frequency of 10 11 cls. Table 2 M ves the critical values
of local oscillator power (at 10 c1s) at various
relaxation-time products. When the product is large,
amplification is possible but at present no paramagnetic
is Imown which is suitable. The inverse operation should
also be possible where the frequencies are interchanged.
At a temperature of 4 OK the sensitivity should be very hig.';J.
Figure 1 shows a possible arrangement for a radiospectroscc-.1
There are 1 figure, 2 tables and 7 references, 1 of which
is Soviet and 6 English.
Card 2/3

69962
SOV/141-2-4-17/19
Some P,j,-3sibilities of Using Three-level Systems for Receiving Wealc
VHF Signals
ASSOCIAXION: Nauchno-issledovatellskiy radiofizicheskiy institut
pri Gorlkovskom universitete (Radiophysics Scientific-
-resgarch Instit3ate at Gor'jjiV Un*verskty-y---
SUBMITTED: April 12, 1959
Card 3/3

GVM'
83746
,9,MA0(1,1 34 11_F~1111 0"N S/056/60/036/004/039/048
AV4000 Boo6/BO56
A-le
AUTHORS: Al keandrovp A,. P., Khanin, Ya. I., Yashchin, E. G.
TITLE: Observation of the Spontaneous Coherent Radiatiod'of a
Ferrite in a Resonator
"IN
r
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1960,
Vol- 38, No- 4, PP- 1334 - 1337
TEXT: As the previously used method of exciting ferrites does not lead
to satisfactory results, the authors employed a somewhat different prin-
ciple based upon the fact that the ferrite is excited at a frequency V,
which deviates from the frequency 0 2 of spontaneous radiation. Between
excitation and emission is the time t2 - t,, during which the external
magnetic field changes from H I - 2n91/1 to H 2 - 2n) 2/71 where y is the
gyromagnetio ratio of the electrons. The block diagram of the apparatus
used is shown in Fig. 1, and is briefly described. The change of the
entire field in time is shown in Fig. 2. With IH - Hjj~-,AH, where AH is
Card 1/3

83746
Observation of the Spontaneous Coherent B/056/60/038/004/039/048
Radiation of a Ferrite in a Resonator Boo6/BO56
the half-width of the resonance line of the ferrite, the ferrite enters
into interaction with the high-frequency field, and a precession of the
magnetic moment with the angle 9 is caused. In the following time inter-
vals, the precession frequency does not decrease with the eigenfrequen-
cies of the resonators (0, < ~< V2 ) and the angle 0 decreases only in
conseluence of relaxation processes: 9 a 9 0exp(-(t-tl)/v). With
H - 11 21 _z-.k%U2/2j, the ferrite emits a short pulse which is recorded
and anplified. The experiments were carried out at ~ 1 - 8900 Me/sec; vl~
the field of the electromagnet H equaled 3050 oe at a pulsed field
strength of 700 oe; t 2 - ti - 3 15*10-9 see. The process of coherent
emission of the spin system in a resonator has already been investigated
by V. M. Payn; his results are used to estimate the energy and power of
the emission. For the power of a pulse, the relation
P-const.At G?.exp[-2(t -t )/v] is obtained, i.e., direct determination
2 0 2 1
of the relaxation time T is possible by means of the experiment
Card 2/3.
83746
Observation of the Spontaneous Coherent 3/056/60/038/004/039/048
Radiation of a Ferrite in a Resonator Boo6/BO56
described. Fig. 3 shows an oscillogram of emitted signals and of the
ferromagnetic resonance. The strong signal is emitted with H - H 2' the
two weaker ones are the resonances with H - Hi. A spherically ground
yttrium ferrigarnet was used as ferrite. The authors thank A. G. Gurevich,
G. A. Smolenskiy, and K. P. Belov for making the samples available, and
they further thank A. M. Leonov for his assistance and V. M. Fayn for
his advice. There are 3 Fl_~res and 6 references: 1 Soviet, I Fre
and 4 US.
ASSOCIATION: Radiofizicheakiy institut Gor,kovskogo gosudarstvennogo
universiteta (Institute of Radiophysics of Gortkiy State
-University)
SUBMITTED: December 31, 1959
Card 3/3

9 1/.
28766 S/056/61/041/003/019/020
B113/B102
AUTHORS: Fayn, V. M., Khanin, Ya. I., Yashchin, E. G.
TITLE: Nonlinear properties of three-level systems
PERIODICAL: Zhurnal ekeperimentallnoy i teoreticheakoy fiziki, V. 41,
no. 3(9), 1961 1 986-988
TEXT: A reaction (e.g. polarization P) of a three-level system to two
monochromatic signals may serve as characteristics of the nonlinear
properties of this system. E1' EV E3 are assumed to be three levels of
a quantum system. An external field F -EI3* COS9 31t +E 23 *cosQ 32t(1) is
assumed to act upon this system; the frequencies are '2' 31 -(E3 - E1)/A and
32 '.e (E3 - Ed/~.The equation for the density matrix jmn is used in
order to determine the field-induoed polarization of the system. If in
the solution of this,equation only the resonance terms with the
frequencies Q 32) ' 931 , and 931 32 are used and if one goes over to a
system of corresponding algebraic equations, then the equation
Card 1/3

28766 B/056/61/041/003/019/020
Nonlinear properties of three-level... B113/B102
P 31 913 e- Ve 31t+~ 32;123 O_V32t 21"12'- 1 (,*i 31 _!~) 32)t + coos (4)
is obtained where
p;j 21TjtA-1 (M) 14 (v,-' + elsvi) +,rjT'jjj - D'0)
(2r, + ti) yj's).
p_n=221T*tA-' (Du (4 (vl-' + e,3v,) +'rerull - DI"s) (2r, +ro) Tilt).
pil iviTlayss (p;/yu + QT,l) = -2TjjysjrjV (Dj'*j) 12
+ D"") 12 (,rT' +etsrt) - TiThl)
Tis - pl,EIWA - Tal) jis =juj3Et3/4 - y3j;
holds if (E El )A atd and D(o) and D(o) are
31 3 - 32 - (R3 - Ed/~ 13 23
equilibrium differences of the level population, T, and T 2 are the
longitudinal and transverse relaxation times, respectively$ and g ml is
the matrix of the dipole moments. (4) indicates that the reaction of
the system to two monochromatic signals contains a term with the
combined frequency 2 120 913-9 23 which results from the nonlinearity of
Card 2/3
28766
S/056/61/041/003/019/020
Nonlinear properties of three-level ... B113/B102
the system. There are 8 references; 2 Soviet and 6 non-Soviet. The
three most recent references to English-language publications read as
follows: N. Bloembergen, S. Shapiro. Phys. Rev., 116, 1453, 19591
P. P. Sorokin, M. J. Stevenson, Phys. Rev. Lett., 5-, 557, 1960;
A. Javan, W. R. Bennett, Jr.t A. R. Herriott. Phys. Rev. Lett.,if
1o6, 1961.
ASSOCIATION: Radiofiziaheakiy inatitut Gorlkovskogo gosudaratvennogo
univeraii-Ita (Radiophysice Institute of Gorlkiy State
University)
SUBMITTED- June 26, 1961
Card 3/3

26702
S/056/61/041/005/017/038
B102/B108
AUTHORS: Fayn, V. M., -Khanin, Ya.-.,-I-.,
TITLE: Self-excitation conditions of a laser
PERIODICAL: Zhurnal ekBperimentallnoy i teoreticheskoy fiziki, v-41,
no. 501), 1961, 1498-1502
TEXT: The authors investigated theoretically the self-excitation
conditions of a molecular generator with a cavity whose dimensions are
considerably greater than the wave length of the generated waves. The
cavity is assumed to be completely filled with weakly interacting
molecules Yfith two energy levels. The state of the system is characterized
by the jensity of the energy spin s(r,t) whose components satisfy the
conditions
+ ,.% + W., +A, J,) 0,
+ + + dv.
Card 1/6
Self-excitation conditions of it laser
12670Z
S/056/61/041/005/017/038
B102/B108
W0is the molecular transition frequency, 4) the natural frequency of the
cavity, QXthe quality factors corresponding to these frequencies, T I and
T2the Bloch relaxation times, e 1 and e2 molecular constants, which are
functiongof the matrix elements of the dipole moment: 1 ALT
c dt 'e 1 r1+ e 2r2;
it is the operatur of the molecular dipole moment, r 1 and r 2are the spin
matrices. + ie' - (2iu~/c)' 1, 'e, - i'e = (-21tio/c I', When the
2 "2 2 )* 2'
vector potential of the electromagnetic field is expanded into eigen-
functions of a cavity with ideally conducting walls: 1(r', t) r,(lrq,(t),
2 2
A dV = 4ne , and with A"e# - a im GLX
f 1 W rA~'2 '2 '2V '2x- ix
V,
Card 2/6

26702
S/05 61/041/005/017/038
Self-excitation conditions of a laser B102YBIOB
a1 + is 2 P19 a 1 - is 2 P2' the system (1) can be represented by
P, + i(OO) P, + axqx 53 - 0, (7a)
P2 + (TV + Roo) P2 + ajq.\s3-0, (767)
(sP (7.0
S~ + -L Yj (Ploc*k + P2ax) q),.
2
A (70
+ qk + (al?,qx (P,",. P"') dv.
Q, 2
The P 1,2 are expanded according to
P, (r, 1) a, (r) P,j P3 (r, t) a. (r) P,x (i).
X
The self-excitation conditions can be determined from an analysis of the
system ('I). At the initial moment, P and q, are assumed to be
W P2X'
Card 3/6

26702
S/056/61/041/005/017/038
Self-excitation conditions of a laser B102/B108
0
near zero, and s - a 3 . It is assumed that the small perturbations
itxt i1xt, i~ t
P 0 e P0 e qo a JX exist, with + ib Eqs. (7) with (8)
ix 2X X TX X X,
lead to a system of homogeneous algebraic equations which have non-trivial
solutiens when the determinant
t'h - iek ((Ox/Qx'-P 21Tj) (wl + 0 + T;-2 + 2cft/QxT2) +
0
+ itxwx 12wi,/T2 + (W'0- + TV)1Q) I + 64 (4 + 7'-') + halwoso = 0. (11)
2 3
vanishes. In the case 16 ~~ZX and neglecting the terms with 6 6A and
4
6 X two real equations can be set up for9 X and 6,. Here on', the solutions
of (7) which are increasing with time .are of interest (s 3 3cr ). For
6 X . 0 holds 2 T T_1
9- 2 X(Qo 2 2 (12)
Xcr 6)XT2+ 2 Q).
Card 4/6

S~6702
05 61/041/005/017/038
Self-exc'~tation conditions of a laser B102YB108
2 -Q2 2 2 Z-.
W + T- ) + 4T- 1)2
o X1( 0 her 2 2 Xcr'
3cr 2Q T- 1Q 62 (13),
X 2 0
from which the boundaries of the region of aelf-excitation can be
0 2 p" a 2T , (T-2 2 W . Q . 0 ). 0 2 . E32 - T-2
eatimatedt (a 3cr)min -'-32'.)0Q), 22 v~ E A,A, W.
CK VL
(18)
AxA,, dV < Yj (max A,)2 dV = n (max Ad, V.
VL VIM ~L VOC
Card 5/6

8/056/61/041/005/017/038
Self-excitation conditions of a laser B102/B108
A2jdV > n jjwx AX)2 tICX. (19)
hold true; V 11 is the cavity volume and V..' the volume of the skin layer, n
is the tctal number of natural frequencies of the cavity. The approxima-
tion derived is applicable when Q:,>)n. This inequality is fulfilled up to
optical frequencies (lasers). There are 8 references; 4 Soviet and
4 non-Soviet. The four references to Engl i sh- language publications read as
follo,ws: H. Lyons. Astronautics, 5, 39, 1960; R. J. Collins, D. F. Volson,
A. L. Schavrlow, '.7. Bond, C. G. B. Garrott, Vt. Naiser.Phys. Rev. Let.,
303, 1960; A. L. Schawlaw, C. 11. Townes, Phys. Rev., 112, 1940, 1958;
A. G. Fox, T. Li. PIRE, d18, 1904, 1960.
ASSOCIATION: Gortkovokiy radiofizichehkiy institut (Gorlkiy Institute of
Radiophysics)
SUBMITTED: April 22, 1961
Card 6/6

GEMQNX VON*; IMA IN) Ta.l.
I lal9ers; survey, Izv, VY00 u . . I
1" cheb. tavo radlofiz. 5 no.3:423-458 162.
'Univelrauchno-'i'M~edo7at~-IlsIdY rdiofizicbesidy institut (MMA .15:7)
sitate. Pri GOrlkovokom
(Haaers)

FAYN, V-M.; KHANIN, Ya.I.; Yaw,111N,.E.G.
Interaction of electromagnetic Oscillations in three-level syst....
12v* Vs- Ucheb. zav.; radiofiz, 5 no-4:697-713 162.
I* Nauchno-issledovatellakiy radi6fizicho. (MIRA 16:7)
Gor1kovskom universitate. skly institut pri
(Radio waves) (Radio)

L 3527&6-__9?t~,jQ/
,EP/
AM5013202 BOOK EXPLOITATION UR/
CIL) 621-378.001
Fayn, Veniamin Moiseyevich; K~Min Yakov I~~rlevich
Quantum radio physics (Kvantovaya radiofizika) Moscow, Izd-vo "Sovetskoye radiolt,
1965. 608 p. illus., biblio,, indices. Errata slip inserted. 11,500 copies
printed.
TOPIC TAGS: lase&'uantum theory, perturbation theory, field theory, spontaneous
radiation, induced radiation, resonator theory, nonlinear optical effect, maser,
paramagnetic amplifier, TW emplifier, laser thear
y, gas laaer
PURPOSE AND COVERAGE: This book is intended for scientists Wd ciif;jj!"-L.'5 working
in the field of quantum radio physics and for students in adv,,,.,. i~d rxl-11-3es in
schools of hij3her education and aspiranti4 upecializing ir phy1A-(-,. t' ir.--ij n1so
be useful to physicists and eagineera etigaged in related fields. A ~i-~rics r-i
problems on the theory of the interaction between radiation and a substance ill
reviewed. Elements of the theory of quantum amplifiers mid generatorf- are dia -
cussed and the results of eyperiments Lire reviewed. The reader is asi~ttmd to
have a knowledge of quantum m-,chanics equivrdent to that of a university-student.-I
that the reader has
The material compiled in the
presented in such
a way
book is
Card

-AM
L3527-66.
AM5013202
no need to re-fer -to _supplementary- literature. allthors attempt to shed light
--upon-the--mijor results of existing acheivements in this field. Special attention
was paid to those investigations in which the auUors themselves participated.
The experimental material was only reviewed, anti for this reason little space is
given to the descriptions of technical details. Sections 1-20, 22-4o, and 71
were written by V. 14. Fayn; Sections 41"9 an 51-59 by Ya. 1. Khanin; Section 21
i by Y, - H. Genhin'~'ISection 50 by ~ ,' G cb"I/Section 59, 60 by V. 1. Talanoyll
1 and Sections 61-70 by Ye. L. Rosenberg i' The authors thank
fessor V. L. Gin zbury,,-P~. fessor A. P. Aleh:sandroq~v. Pro
N. Genkin, Q. M. Genkin
U. G. Golubeva41G. L. GurevichtYp e e KhronoRul
Yu. G.
Ye, 1. Yakubovich, and E. 0.,Yas~chin for their cooperation@
TABLE OF CONTENTS:
Foreword 3
4
Card 2/8

'0'
L 3527-66
AM5013202
PAk I. THEORETICAL -BASES
-Ch._:~I:. Quancum-theory of radiation-substance interaction 13
1. Basic concept of quantum theory 13
2., Change of quantum state in time 24
3. Quantum theory of fields in ideal resonators, waveguides, and free space 30
4. Interaction of a substance with a field __ 45
5. Honstationary perturbation theory. Probability of transition in a
time unit -- 53
!Ch. II. Quantum theory of relaxation processes -- 59
6. Irreversible processes (general properties) -- 61
7. Quantum kinetic equation in r- space - 68
8. Kinetic equation in 0- space -- 82
9. Principle of an increase in entropy -- 88
10.. Description of fluctuation by mans of a kinetic equation 92
!Ch. III. Quantum effects orginating from the interaction of free,electroris with.
hf fields in a resonator. - 97
11. Quantum theory of the fieldr3 in re al resonators 9T
3/8

L 3577-66
l-AM5013202
12.. Quantum effects originating from the interaction of electrons with a field
in a resonator - 102
13i Effects connected vith the quantum character of electron motion. Conclusions
and evaluations -- 110
Ch. IV. Behavior of quantum systems in-given fields 120.
14. Introduction of receptivity -- 1:20
15. Symmetry relationships deduced for receptivity 125
16. Dispersion relationships -- 127
17. Fluctuation-dissipation theorem 127
18. Dascription of m leve"Yet orm of the absorption line 130
~_~UW
_19--Destript-fon of tvo-level systems 133--
20. Method of moments. Spin-spin relaxation l4 4,
21. Cross-relaxition 148
Ch. V. Behavior of quantum systems in specified fields (strong fields) 156
22. Nonlinear properties' of a mediun 156
23. Wo-level systems in a-strong field - 169
24, Thii-e-level syitems
25. Dirtributed systems.. Calculation of the motion of a molecule 165

L
~M5013202
Ch. VI. Spontaneous and induced radiation 192
26., Concept of spontaneous and induced radiation 192
27, Classical consideration -- 194
28. Ouantum theot7'of spontaneous and induced radiation (two-level molecular
systems) -- 202
29. Conformity principle - 207
30.. General expresition for the intensities of spontaneous and induced
radiations -- 211
VII. Induced and spontaneous radiations in free space -- 217
31. Coherence during spontaneous radiation 217
32- Balance equations and motion equations 224
-33. Natural width and shift of a radiation line -- 230
34. 'Radiation of a system whose dimensions are considerably greater tliui a %fave-
length -- 236
Pi. VIII. Radiation in a rebonator -- 240
35. Initial equations -- 240.
31, Free'motion IvIthout an external fieldl 211
37. Indiced and spontaneous radiations in a resonator 251
.Card.. 5/

013202.
Ch. IX. Nonlinear optical effecl~ 259
38.. Biquantum processes. -Combination, induced, and spontaneous radUtic.a 262~
39. Propagation of parametrically related electromagnetic waves'-- 275
40., Wave Propagation taking,into consideration com~inatiou induced-
-- 288
radiation
PART II. QUANTUM AMPLIFIERS AND GENERATORS_
V*'
J:~ cO-
lCh. X. Quantum paramagnetic amplifiers 297
41. -'Moti-oh.equation- for- a-parumgnetic- element. placed, in a hf field
42- Re,_,eptivity. The form of a paramagnetic resonance line - 302
43. In-rersion method in two-level paramagnetic substances -- 309_
44. Theory of a two-level.resonator-type amplifier 317
45. Theory of a three-le"vel resonato e-- quantum -ampli fier 32
typ
46.' Fovr-level--masezs----~-336_.
4f. Practical information on resonator paramagnetic amplifiers 341
48. Multiresonator and traveling wave amplifiers -- 350
49. Nmkinear end transient phenomena in amplifiers -- 359
.50. Hoiae in quantum amplifivs, :365

Wai
Ch. X1. Vhf quantum generators 383
51. Three-level paramagnetic generator 384
52. Molecular generator -- 392
53. Two-level solid-state quantum generators 410
Ch. XII Lasers _- 424
54. Methods of obtaining negative temperatures 425
55. Elements of laser theory __ 438
36. Solid-state lasers -- 452
57. Kinetics of generation processes in solid-state lasers 472
58. Ga-. lasers -- 486
Appendix 1. Resonators of optical quantum generators -- 508
59. Some questions on general theory -- 508
60. Calculation of the resonators vith spherical and plane mirrors 51-7
Appendix H. Spectra of paramagnetic crystals -- 541
61'. Hamiltonian of 'a paramagnetic ion in a crystal 542
62. States of a free multielectron atom 544
63. Crystalline field theory -- 5h6
64. Crystalline field potential 550

-L. 352.7-66
A145.01-32W------
65. Matrix elements of a crystalline field 553
66. Disintegration of energy levels of a single electron ion in an average
crystalline field of cubic symmetry - 555
67. Dit3integration of energy levels of a multielectron ion in'an average,-'
crystalline field of cubic symmetry - 558
68. Optical spectra of paramagnetic Motels -- 562
69. Spectra 6f crystal paramagnetic resonance. Spin Hamiltonian 50
70. Calculation of tLe Hamiltonian Spin level 575'-
Appendix 111 582
71. ' IuVroper functiona cWt.tW and --'582
Bibliograpll 585
Subject index 599.
Author index 605
i81,
CODE: XG, 8UBW=D1 26:D6664'-~,. no mw -soV
Suu~
fps

FA L4, 7- I'l - ; ,hawlnl~ Ya.l.; YASHCInN, B.G.
I 9r to 'aie editor.
386 .164 lzv- VYS- Ucheb. zav. radlofiz.
? r0.2:
ONIRA 1,9-1)

L IIA09-66 Wr (l)/FE0(k)-2/T/FWV(k) IJP(c) wo
ACC NRi
AP6026933 SOURCE CODE: UR/0141/66/009/004/0697/0709
AUTHOR: Khanin, Ya. I.
ORG: none
TITLE: The theory of a two-level solid-state maser
SOURCE: IVUZ. Radiofizika, v. 9, no. 4, 1966, 697-709
TOPIC TAGS: maser, maser theory, pulse amplitude modulation, solid state
maser
ABSTRACT: Processes which may cause amplitude modulation of emission pulseo!
of a two-level paramagnetic maser are investigated. It is shown that under real
experWiental conditions, modulation, as a rule, is not connected with the nutation
1 of the magnetization vector. Such factors as the nonuniform widening of the
paramagnetic resonance line and line sweeping may have substantial influence on~:'.'
the shape of the radiated signal. The qualitative results of the theory in considera-
tion of these factors, are in good agreement with the experimental results. The
quantitative estimates, although very approximate, seem to support the developed.
Card 1 / 2 UDC: 6 21. 378. 3 2

L44409-66
theory. The author thanks A. V. Gaponoy for reviewing the manuscript and a
number of useful comments as well as Ye, F. Shishenkov for the computer
calculations. Orig. art. has: 3 figures and 42 formulas. [Author' s abstract]
IDW]
SUB CODE: 09/ SUBM DATE: 09Nov65/ ORIG REF: 006/ OTH REF: 011/
Card 2

MEYNDLIN) A,; MUNIN. ya.
"Handbook of a Young worker on Ue manufacture of precast re-
inforced"concretO by 'A-M,,-TA1mbffon,
E.Khanln. PrOf.-tekh Revlewed by A*Xreindlin
(F'oInforc;~Ob". 20 no.2t3o 1? 163.
Concrete) (MDU 16321
IA.M.)

GORBLCHEV, S.S., Inuh-LEMNIN, Yei-x-~inzh.; HOROZOV, N.Y., inzh.;
RLMOVICH, Te,M., Insh,; STRDYN, A.Te.. insh.; YBLIMM, ra.M.,
inzh.; DOIOMH' V.N., insh.; ROGLCE3V, S.A., inzh.; TAMSHU, A.A*
Dismountable plant 'for making and assembling house made of
large aerated concrete blocks. Rats.i izobr.predl,y etroi"
no.12:11-18 159. (UM 13:5)
1. Glavnyy inshener KonstruktorBkogo byuro po shelosobetoun
Glavmosobletroy mterialov pri Hosoblispolkome (for Takushev)o
2. Konstruktorikoye bywo po shelezobetomi Glavmosobletroy-
materialov, Moskva, D'yakov per., d.4 (for all).
(Idghtweight concrete) (Concrete blocks)

VINOGRADOVP B.V.; RYABDVO M.S.v kand. takhn. naukp retsenzent;
YUDIN, K.A., rotsenzentj D XWIN
Yu. A. , inzh. , red. j
BARYKOVA, G.I., red. izd-va; TIKRLNOV, A.Ya., tekhn. red.
(Lebor safety and industrial hygiene in the machinery
industry] Bazopasnost' truda i proizvod5tvannaia sanita-
riia v mashinostroanii; sbornik raschetov. Moskva, Mash-
gizo 1963. 262 p. (MIRA 16s3)
(Machinery induatry-Hyglenic aspect)

KHANIN, Th. Z.
Determining electron density
Hadiotekh, I elektron fluctuations In the jonoul)bare.
(2100trons) o 3 (no.11 :1399-1402 N 158. (MIR& 11:11)
ZOnOsPhara)

6e The effects of
its vit=ill C Content- 0'. P. Ntoikov;, I C~l :alr
A. Saiirn,~vA. Imdy Lenintraii. -rd.
ljorl, 14, 157-W(1953); R',fena. ?~Aur. K~irm, Ifia, Khwi.
1955, No. 'KW-The. ttu-- (J LadAi,illlur
starteri 1A bellefi~4 to tile ptt!-;CrvAtiCm of vi-allkill C.

VERSHININA, K.I.; MASIDVA, L.I.; KHANINA, E.E.; MARYANSKAYA, Ye.Yu.
Study of the sanitary arrangements, schedules, and incidence of
infectious diseases in the schools of Dnepropetrovsk. Gig.i san.
26 no.12s88 D 161. (MIRA 15:9)
1. 1z kafedr kommunallnoy gigiyeny i gigiyeny detey i podrostkov
Dnepropetrovsko o meditsinskogo instituta.
IDNEPROPETROVSK--SCHOOL HYGIENE)

azid V. A.
5
Measles pl-opl,lylaxis wt,-., -,r-globuli- (ausodan text) FDIN,?!~:JA 1953, 112 (6-CD Ta lc-s 2
The em~ctivonos3 uc j and 6 mi. ,f y-Glob-olin was 3o and 60 ril. of me.-,sies
convalescent serum. J ml . (- f y-glol-ulii~ i:. as y-lobulin
"Is t-c `-n-cubntJon p-r,'od. If occur P is -milci -!v,n
Coro Varlt tG S(-~Ml JIX010111'
,Irbulin i,- bettcr tolev,,Aed t:.a.,-, ser~-,m ro-r! ti-ere
ir sic*.-. a.,j d-' ;li'tatcd chl-ldren. y-j-
-are no local or : fm -1-n! ve.~ctions. .", ml. Y-ilcbulin a;ll c~.~ldren, while this
,-ias not the cig(! rwi th 3vT. Y-,-lobulin Ov o6 r11. of Sem"n.
11~1j~maii - lCjek,,-~
SO: T."Xcerpta
Sectlo,.. IV Vol 7 NO. 9
All
-1. 7.
B.
r
C--iXtLtLC-f1&f tba~ OrbiIt cT the P141W. (2340) 1votta
A=dx-W of gk;i of the USSAO jWt
VOL 4v No# vo 2951: W. 401.4%
F~r"' Kgr1thly UNt Of HUMiaz Acowslow
D`"bw IM,, Vol- 4, No. 9, P, 22

Fg Do, Abalm,
The Oltit Of tlle'Mnst- (534) Nau-sovia
AcadaxW of Sol. of the VM Infit, of Theorctica
1, Astm jApLrgrad
Vol* 40 No. 91 1951D pp- Zoa;ux--
Fr"t Honthly Ust of Ruxzi= Accwidcm
Dacembar 1952t volo 4s go. 9s p. 22

2. USSR (6G0)
4. Planets, Minor
7. New constants for minor olanet 175 Andromache, Biul. Inst. toor. astron. 5, No. 4,
1952.
9. 'MonthIZ List of Russian Accessions, Library of Congress, MaY .1953. Unclassified.

-I. Kwmtj, ]~.- B-0,
2. USSR (60o)
49 Plan8tap Minor
7, NOU elements and the ePhemerid of Planet 1320 Tmpalax Astron.tsir. No. U0 p 1952,
9. M
, ,
jRRLhlX List of Russian Accessionst Library Of Congress, February
------.N-1953. Unclassified.

1. '~'. 13.
2. USSR (600)
4. Planets, Minor
7. Planet 1320 Impala. Astron. tsir. No. 129, 1952.
9. Monthly List of Russian Accessions, Library of Congress, I'lay -1953. Unclassified.

KHANINA, F.B.
New elements for minor planet 171 Ophelia. Biul.Inst.toor.astron. 5
no.5:322-323 153. (MM 7s6)
(Planets. Minor--171)

Xlements of the orbit of rinor planet 1572 (1949 SO). Biul.Inst.teor.
astron. 5 no.7:455 153. WaA 7:5)
(Planets, Kinor--1572)
KHANINA, F.B.
Formulas and tables for the interpolation of special coordi-
nates and the computation of components of velocity. Blul.
Inst.teor.astron. 6 nn.2:127-132 155. (MIRA 13:3)
(Planets--TablAa)

KHANINA. F.R.; BARTNIMA, O.N.
Correction of orbits of 16 minor plannts. Biul.Inst.toor.
astron. 6 no.O.:133-150 '55. (KIBA 130)
(Planets, Minor) (Orbits)

S/035/60/000/010/005/021
AOO1/AOOl
Translation from: Refeiativnyy zhurnal, Aatronomiya i Geodeziya, 1960, No. 10,
pp. 11-12, # 9837
AUTHORS: Khanina, F. B., Barteneva, 0. N.
14
TITLE: '~f
An Investigation of the Motion" the CQM%LFay, Report 2, The Orbit
of the Comet Fay From Observations of 1932-1933, 1939-194o and
1947-1948
PERIODICAL! Byull. In-ta teor. astron. AN SSSR, 1959, Vol. 7, No. 6, pp. 466-477
(English summary)
TEXT: In this article, which is a continuation of the work by V. V.
Zheverzheyev (Byull. In-ta teor. astron. AN SSSR, 1952, Vol. 5, No. 2, p. 97),
the compilation of three appearances of the comet Fay from 1932 to 1948 was
performed. To obtain initial data,- two appearances of 1932/33 and 1939/40 were
first jointly processed on the basis of normal positions given by V. F. Zhever-
zheyev, and the initial instant was adopted from the second comet appearance.
(1939, November 3, 0). From that instant numerical integration was carried out
Card 1/3
31035/60/000/0101005/021
AOO1/AOOl
An Investigation of the Motion of the Comet Fay, Report 2. The Orbit of the
Comet Fay From Observations of 1932-1933, 1939-1940 and 1947-1948
backwards in special: baricentric coordinates with allowance for the perturbations
by the planets, from Mercury to Uranus. Integration, with a subsequent improve-
ment of elements, was carried out 4 times with increasing accuracy. Dur"-the
last time the perturbing forces were calculated with an accuracy up t0_ P J", the
functions f , f and f up to 10-9 and coordinates X, y and z up to 10 . The
elements and coyordinatzes at the 1n1tJa1 instant, calculated on the basis of this
integration, were adopted as initial ones for the joint processing of the three
,:,ppearances. With this purpose, integration was continued up to 1948 and 'the
elements were improved on the basis of 11 normal positions of V. F. Zhever*zheyev
and 3 normal positions obtained from the observations of 1947/48. After a
twofold improvement, corrections to osculating elements were obtained for the
initial instant with the corresponding errors. The error of one normal position
E w + 2.'0. The system of elements was obtained. Epoch and osculation: 1939,
Novimber 3, 0 ephemeris time.
Card 2/3