SCIENTIFIC ABSTRACT KUZNETSOV, YU. A. - KUZNETSOV, YU. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000928210019-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

15(2)
I~UTHORS: Vasilevskiy, P. A.$ Nesterov, V. I., SOV/131-5e-12-3/10
Kuznetnov, Yu. A.
TITLE: Inv-entioation of t6 Operation of a Rotary Furnace With
Heat Exchangers (looledovaniye raboty vrashchayushchoynya
pechy a vnutrennimi teploobmennymi ustroystv&ri)
PERIODICAL: Ogneupory, 1950, Nr 12, PP 539 - 5,14(USSR)
ABSTRACT: A furnace provided with internal heat exchangers of the
Ditts system was investiCated at the 1111agnezit" plant.
The furnace had a length of 90 m and a diameter of 3-5 m.
A conical part was fixed to the cold furnace end, and a
segment diaphragm was fixed to the gate. The number of
rotations of the furnace was 0-59 - 1.18 per minute, when
the main drive was switched on, and I per hour, when the
accessory drive was switched on. Figure I shows that a
metallic and ceramic heat exchanger were installed in the
furnace. The metallic equipment consists of 20 sections
and has a length of 16 m and a weight of 30 tons approxi-
matoly (Fig 2). The ceramic equipment has a total length
Card 1/3 of 19 m and consists of aluminous ahapas, which are also

InvestiCation of the Operation of a Rotary Furnace With SOV/131-58-12-3/10
Heat Exchangers
rich in chamotte (Fig 3). The furnace operation was in-
vestigated under different burning conditions (Table 1).
The operation of this furnace was compared with that of
another furnace without heat exchanger (Table 2). It
was found that both furnaces differ much in their operation.
The quantities of dust separation during the experiments
are given in the tables 3 and 4. The characteristics of
the magnenite and the temperature within the furnace
provided with heat exchangers are given in table 5-
Conclusions: The specific fuel consumption is decreased
by from 15 UP to I eo by the installation of internal
heat exchangers; the furnace output is 17% lower thanthat
of a furnace without heat exchanger. The use of heat ex-
changers of the Ditts system is, due to the considerable
duct separationg unsuited for burning magnesite. The
length of the ceramic heat exchanger must be reduced down
to 15 m and can be built completely with stones rich in
chamatte, since the gases do not exceed a temperature of
13000 In this zone. Heat-resisting steel should be used for
Card 2/3 the manufacture of the metallic heat exchangers. The

Investigation of the Operation of a Rotary Furnace With SOV/131-58-12-3/10
Heat Exchangers
furnace lining before and behind the heat exchanger
should be constructed with refractories of high impact- and
friction resistance. There are 3 figures and 5 tables.
ASSOCIATIOR: Institut o6neuporov, g. 3atka (institute of Refractories#
Town of Satka) Zavod "Magnezit" ("Magnozit" Plant)
Card 3/3

BRONP V. A.; UZBUG, A. I.; DiTACBKOV, P. N.;-lU;-NEZOV Yu. A.
Use ~f causAlo magatibite dust for the produotion of meta2-
lurgical powder,.Trudy Voat. inst, ogneup, no.2t6-25 160.
(MIRA 16:1)
(Befractory,materiala) (F3jr ash)

A. A. Pirogov ;~w
Inniml

-,b i~'iT k IBD6 ttFFT,~, &Dt 63Lj- 't
A N7,: AP300437'
AUTHOR: K zactsov, Yu. A.
TITLE: Diffraction of a plane electromagnetic wave by an impedance step
SOURCE: Radiotekhnika I elektronika, v. 8,, no. 8, 1963, 1385-1388
TOPIC TAGS: electromagnetic wave diffraction
I-ABSTRACT: The total field Is represented by a eum of three components:
incident (E-polarized) wave, reflected wave, and integral of planar waves. Two
integral equations describe the diffraction problem. Solution of these equations
yields formulas for the dispersion wave, reflected wave, and the surface waves
propagating to the right and left from the impedance step. Orig. art. has:
I figure and 31 formulas.
ASSOCIATION: none
'SSUBHITTED., 04ju162 DATE ACq; 2OAug63 ENCL: 00
SUB CODE: PH No REP SOV; 003 OTHER: 000
C,,d

rJUETSM, Yu.A.
Increase in the correAlonal 2-oliabilit7 in teletype apparatus.
Maktrorr'.mvO 18 no-505-39 My 264 (MIRA 17 98)

KUMMSOV., Yu.B.j LLWMOVj BoK.; CPMOVSKIKH, G.G.j SHABANOV., AK*j
----SMMMVI L. I.
Local ues of tripaflWz in alveolar echinocoecosis of the liver@
lUd,paras.i parazobolo 29 i$aO421-42-6 Jl-Ag 160*
(MIRA 13:11)
1e Iz katedr gospitollmay khirurgil (zave - prof, I.L. Brejad2G)
i patologiohaskoy anatouii. (zav. f V N Konstantinar) Novo-
W - FM -*p;of. G.D. Zaleaski-y)
Ibirskogo maditainakogo instituta
(LIM)-HYDATIDS) (ANTISMICS)

I L .--~ L ~. V~ i.- T- I ~-- -I--- ~ I . I .
I k-I s I-

LOPATMMO, Tu.K., gormyy iuzb.; VZOTS". Tulle, gorqy inzh.
Operations of the flexible KSTI-20A coura7er combined In
one unit with the wide-range "Gorniak" cutter-loaders
Ugoll Ukr. 4 no*5:27-28 W 160. (MM 13t a)
(Coal mining machinery)
(Conveying machinery)

KUZM30Y, Yu.I.; KUMYASHOV, Y.N.
Pneumatic and hydraulic devices used in the machine-tool izidustrjr.
Stanei instra 29 no.6.-7-12 Je 158. (MIRA 11:7)
(Oil hydraulic maAinery)

XUZNZTSOV, Tu.I., inzh.
Elements of automatic control used in machine-tool attachments,
Hashinostroitell no.l,.16-20 Ja 159. (MIRA 12:2)
(Automatic control) (Machine tools)

SOV/122-59-2-22/34
AUTHORS: Kudryashov, V.K., Engineer and Kuznetsov Yu.I Engineer
TITIE: Rep1rcement, of Accessories for Ei~~es (Obnovleniye
stanochnykh prisposobleniy)
PERIODICAL:Vestnik Mashinostroyeniya, 1959, Nr 2, pp 60-61 (USSR)
ABSTRACT: Illustrations are given of a hydraulically operated
holding fixture to replace the bolted clamps normally
used in milling and boring machines. The fixture is
operated by an individual hydraulic pump which charges
a spring loaded accumulator through a pressure relay.
The pump runs only while the clamping fixture is being
closed. The fixture can also be operated by a pneumatic-
hydraulic system. The clamping piston and cylinder is
double acting in that the cylinder is floating and bears
against one side of the clamp through spherical washers
while the piston exerts ressure on the opposite clamp
through a tie rod (Fig 3~. Four sizes of this fixture
will be produced by "Orgstankinprom." with pressure
cylinder diameters from, Go to 90 mm giving clamping
pressures from 1225 to 3250 kg. There are 3 figures.
Card 1/1

25(2)
SOV/117-59-5-17/30
AUTHORt Kuznetsovp Yu*I.l Engineer
TITLEs Fast-Operatinif Multi-Position and Multi-Place Machine Tool
Attachments. (Experience of the Institute "Orgstankinprom")
PERIODICALt Mashinostroitelts 1959, Nr 5, pp 26-31 (USSR)
ABSTRACTi General design and operational information is given on exist-
ing multi-poeition and multi-place machine tool attachmentat
i.e. attaohments-in which the work pieces are attached in
several rows, or the ready work'(machine part) is obtained
in a single pass. The advantages of such attachments are
briefly mentioned and several designs are described and illu-
atratedt A 4-Position pneumo-hydraulic milling attachment
for milling flat faces on'shafts (Fi re 1)1 a p~eumo-hydrau-
lia multi-place attachment (Figure 2rfor milling the upper
contour of posts; a 20-place pneumo-hydraulic device for
milling the butt ends and a groove (Figure 3); a 12-place
att4ohment with m6chainical clamping, for milling flats on
'
orls
flanges (Figure 4)1 a 4-Pobition attachment (of the auth
Card 1/2 -design) for mitling four sides of lathe plates in one'pass,

SOV/117-59-5-17/30
Fast-Operating Multi-Poeition and Multi-Place Machine Tool Attachments.
(Experience of the Institute "Orgetankinprom")
with the use of one-sided floating hydraulic cylinders con-
trolled through an amplifier and permitting the clamping of
four work pieces. It is mentioned that hydroplastics ("gid-
roplastmaseall) are extensively used in the attachment of the
described typet for they transmit evenly the clamping effort
to all workpiecee on the attachment regardless of their di-
mensions. Figure 6 shows a 12-place hydraulic attachment with
hydroplastio# designed for milling grooves in shaft butt
ends, There are 6 sets of diagrams.
Card 2/2

MORTASHOT, VA., inxha; KUZNRTSOV, Yu.1.0 inzh,
-
Reconditioning machine-tool attachments. Vast. mash, 39 no,2:60-61
7 15.9. (mrRA l2:3)
(Machine tools-Attachments-Maintenance and repiir)

---AqM50-V I-Ist-I!,tinsh.
High-speed universally readjusted attachmentse Mashinostroltell
noo)tI9-22 Mr 160* (MIRL 13t6)
(Mchine toolo-Attachments)

XMNITS " Yu. I.
Mechanized eLttachments for clMing parts machined on universal
machine tools in Oxechoslovakias Biul-takh.-okonsinform. noa4t
78-82 160. (MA 13:11)
(Meo'hoslovakia-Machine toole-Attachments)

UZUTSOV. Yuriy IyaucyichjKOSTRCH:DI,, F.P.# kand, tekhn, vauk,,
reteenzentl MOROZOVA, M*N9q inzhop red.; SGRNOVAI G.V.#
tekbn. red.
[Machine-tool attacbmenta with high-speed manual clamps)
aanocbzWe prisposobleniia a bystrodoistvuiushchimi ruchnymi
zazhimami. Moskva, Maahgiz, 1961. 47 P. (MIRA 151l)
(Machine tool"ttachments)

--TSIFORIS--Yiifiy~--Al-ek-ean-droiieh-p inz-~.-;- b
inzh.; H&OVp A.N.9 kand. tokbn. naukp retsenzent; LFMICHRONDFIOISP
red. izd-fva; MODIL!, B.I., tokbn. rod.; SMIIWOVAy G.Y.g teldm, red.
I
[Fundamentals for designing pno=atic and bydroulic attaohamtel
Oanovy konstruirov=ila pwmatichookikb i gidravliobsekikb pri-
sposoblenii. Mookyap 09s. nauohno-tekbn. izd-vo mashinootroit. lit-
ryt 1961. 358 p. (M~ch*V tools-Attacbments) (IURA 14: 8)

'Al
S/121J61/000/001/003/009
D040/11113
AUTHORSt _KuznetsovtiYu* I., and Kudryashovp V.K.
TITLEt Now hydraulic machine tool fixtures
PERIODICAM Stanki i instrument., no, 19 1961, B-11
TEXTs Detailed illustrated description of new hydraulic fixtures developed
by the institut "Orgstankinprom" ("Orgetankinprom" Institute) is given. All
machine tool fixtures designed by the Institute are divided into two groupst
(1). hydraulic fixtures with an eleotrio pump and a hydraulic accumulator,
and (2) air-hydraulio fixtures. The hydraulic group has three different
design principless (1) with built-in oylinders2 ioeo with cylinders placed
in the casing of the fixture itselfl (2) with universal hydraulic lever
drives that are placed on the machine tool table and are nonneoted by the
levers to the mechanical elemental (3) with cylinders that are screwed on
the olamping pine like nuts* Description and illustrations are given of the
following unitat (1) Yn -26 (UP-26) hydraulic system with eleotrio pump
and hydraulic aocumulatorp powering the hydraulin systems of a machine tool
Card 113

S/121/61/000/001/003/009
New hydraulic machine tool fixtures D040/D113
group (from 1 tc 5 machines). The UP-26 system is illustrated by a schemat-
ii diagrami and its electric pump by a photo. (2) A pressure transformer
(similar in principle to one designed by the za-7od "Krasnyy proistariy"
/"Krasnyy proletariy" Plant/)g consisting of one air cylinder and two hy-
draulic cylinders of low and high pressure which raise oil pressure 17*4
timee c,,)mpared with atmospheric pressure* It requires a dehydrating and
filtering device in the air system. (3) An eight-position fi;L4ure with
built-in cylind re, designed for milling flats on flanges (in horizontal
milling maohine:)- (4) A univerea!)M-132 (UP-132) hydraulio-lover drive
f,,.= milling attachments. (5) A fixture for milling splinesp with a UP-132
dri7e for olamping. (6) A fixture for tilling flats on 12 ring-shaped parts
at a time and one for milling flats on small-size shafts. (7) A hydraulic
1-3 (G7,) clamping screw-on cylinder* Four screw-on cylinders of this type#
(GZ-,l to GZ-4), with diameters of 40 ' 50p 602and 70 mm, can produos a oljmp_
ing effort of 640, 10001 1440 and 1960 kg/om respectively at 50 kg-f/OM
oil pressure in the system. Hydraulic clamping fixtures are suitable for
modernization of existing clamping devices with manually actuated clamping
Carl 2/3

3/121/61/000/001/003/009
New hydraulic machine tool fixtures D040/D113
nuts. The "Orgatankinprom" Institute has modernized and designed about 50
fixtures which have been in use since 1958 at the Gorikovskiy zavod frezer-
nykh 8tankov (Gorlkiy Milling Machine Plant). There are 10 figures.
CaT-d 3/3

~,KUZIJETSOV, Yu. 1.
Mechanization of technological processes in small-lot production
in plants of Czechoslovakia. Biul.tekh.-ekon. inform. no-3:92-
96 161. (Czecboslovakia-44achinery industry) (MIRA 14:3)

KUZ=150V, Yull.
sFrina clamping devices. Mashinostroitelf no.10:28-29 0 161.
(MIRA 14:9)
(Fastenings)

KUZNETBOV9 YU-1.
a-#--
Draw-in abucP with a spring clamp. 142sbinoBtroitel' no.11:13
N 161. (MM 14:11)
(Chucks)

Kii-METS (AT
.
! I t..'~'rLlon Crnrerence on Chemical React--ras KIn. i k-at. 6 no.4t769-
7?3 JI-Ag 165. (141RA 1.819)

KUZNETSOV, Yu.1.
Meebanization and automation of macbine-tool attachments in the
machinery industry. Stan.i instr. 32 no.10:14-19 0 '61.
(MIRA 14:9)
(Automation) (Machine tools--Attachments)

IMEMOV., Yusle
A PT-40 threew-levol plow* Trakt, i mollMoLumb, 31 fisoj2) noolls
35-36 N 162. (KM 15s12)
I* Povolabskaya mashinoLapytatellnaya stantaiya.,
(Flove)

KUZNETSOV. XU41.
Sonic logging an a possible metW of the study of fracturing in
rocks. Trudy VNIGRI no*193sl69-177 1629 (MIRA 25:12)
(Oil well logging) , (Gas well logging)

KUZNET;SCV, Yu*I,, inzh,
Pneumatic and hydraulic drives for machine-tool attachments,
Mashinostroenis no.5%114~117 8-0 163. (YdRA 16tl2)

KURq~w04-xU,a.----
Mechanized part fastening during machining. Biul.tekh.-okon.-
inform.Goo.nauch.-isel.inst.nauoh.i takh.inform. 16 n0.403-85
163.. - I (MA 160)
(Metal-cutting tools)

KUZNETSOV, Yu.1.
Attachments with a hydradiD fastening drive, Hashinoistroltell
no.7s2O-22 JI 163. NERA 160)
(Machine toola-Attachments) (Oil-hydratilic machinery)

NUMETSOV, Yu, 1,
Pneumatic and hydraulic machine-tool attachmsnts. Mashinoatroitell
no.8t27-Z9 Ag 164. (W RA 17 s 10)

KUMITI'sov YU.I
Modern methods, for mochanic.,all farstorvljvz r~f tw---ts in
- Z,
Blul.. tekh.-akc.-n. Inform. 6c~i. riaunho-J.--]. I ttj,.h. Jr,-
form. 17 no.9:91-93 S lt~-'+ (MIRA M.A)

11 EVIIHOVSK fY LA.,. BEYS11TADT, D.M.; SEDOKOVI LJ1.2 kani. tG':`-,i.
nauk; ILIM, Yu.M.j ZMANOVICH, V.F.y inzho,
KUMIET-OV Yu.l.g inzh.., retsenzernt; KOSILOVA, A.G.,
red.
(Increaoing the productivity of heavy-duty machine tools)
Povyuhenis prolnoditellnonti krupnykh metallorezhuahchikh
starLvov. [By] I.A.Nemirovskii i dr. Moskva, Mashini:--
stroanie, 1965. 201 p. (MI RA 18: 5)

EUZUTSOVV
Midals Carboniferous Loingala of Tatarstane Trudv VNIGNI no.161
225-131 1609 (HIM 13:6)
(Aktaeb region (Tatar-A.B.S.R.)-Brachiopoda, Fossil)
(MnnkVWevb- tegion-Brachiopods, Fossil)

KUZ-LIF,T30V, YUOIO
Stratigraphy of the Baahkir otago in the acuthwectem part of the
Tatar A.S.S.R. (northern part of the Melekeea Depro-crion). Dokl.
AN SSSR 135 no.33690-693 N 160o 13:12)
1. TSentraltnaya mue'-no-issledmatellsIcaya laboratoriya tresta
nTatneftegazrazved%au. Predstavleno akad. D.V. Nalivkinym.
(Mole"was region~-Gcology, Stratigrapide)

I __ __ KUZNETSOV_, Yu.---I. ___ ____- ____ - - - - - - __
Cand Geol-Min Sci - (diss) "Brachiopodes of the Middle Carboni-
ferous of Tataria and theirstvatigraphic significance." Kazan'l
1961. 20 pp; (Ministry of Higher and Secondary Specialist Educ-
ation Ukrainian SSRI KharIkov Order of Labor Red Banner State
Univ imeni A. M. Gorlkiy); 120 copies;price not given; (KL, 7-61
sup, 225)

KUZNE; V., T
New data on the otratigraphy of the Lower Carboniferous
of the Tatar A,S*SR, obtained by deep drilling during
1959 to 1961& Dokl* AN SSSR 147 no.2:438-441 N 162.
(MIRA 15:3.1)
1. Kazanskaya geologiobeekaya skopeditsiya
Gooudarstyennogo pologo-rasyedoohnogo tresta neftyanoy
i gazovoy promyshlenn"osti Tatarokoy ASSR.
(Tatar A.S.S.R.-Geology., Stratigraphic)

SMMOV, Ye.M., prof., doktor geol.-mineral. nauk; BULACH, M.Kh.;
ROW, Ye.S.; POZINENKO, B.V.; GORYUNOV, I.I.; KNORING, L.D.;
GMrD, L,P,j GROMOV, V,K,; KUZNETSOV Yu.I.; DOROFEYVA, T.Vs;
*T-rj%Tpmz
KALACHEVA, V.N.; KLEMOSOr"reem- 1 Novo I.V.;
IONINAO I.N.p vedushchiy red.; YASHCHURZHINSKAYA, A.B.t
tekhn. red.
(Combined investigations of fractured reaervoirs and $a
experience in estimating the petroleum reserveB contained-
therein.] Kompleke*v isoledovaniia trescbinnykh kollektorov
i opyt podscheta v nikh zapasov nefti, Isningrad, Gostop-
takhisdats 1963. 198 p. (laningrad. VsesoiuWi neftianol.
nauchno-iBaledavatellskii geologorazvedochnyi institut.
Trudyp no.214) (MIFLA 17: 1)

KUZNETSOV, Yu.I.; TRUYEVTSEV, N.I.
Small spinning unite Izv. vyo. ucheb. zav.; tekh. tekst.
prom. no.1:46-52 164. (MIU 170)
1. Leningradakiy institut teketillnoy i legkoy promyshlennosti
imeni Kirova.

KUZNETSOV, Yu.I.; TRUYEVTSEV, N.I.
Effect of the cut length of nitron fibers on yarn properties.
Izv. vye. ucheb. zav.1 takh. tekst. prom. no.2t2O-22 165.
(MIRA 18:5)
1. laningradakiy institut taketillnoy i legkoy promyshlennoati.

KHOROSHATA, Te,S.; NOYRIGINA, G.I.; MTKIM, Tu.A.: x~,.Tua.
Rapid alectrometric method of determiulng potassium chloride content
in artificial leather. Leg.prox. 16 no.9:30-32 S 156. OUZA 9:11)
(Leather. Artificial-.-Testing)
(Potassium chloride)
(Blectrochomical analysis)

KHOROSHAYA, Ye.S.; KOROLIKOVAp K.D.; ELVIII-MSOV; Yu.I.; ROYTMI, Ye.A.
&rarod j.4oisture meter* Zav.lab. 29 no.2s239 163,
(MIRA 16:5)
A~
1, VoesovuzzfWy nauohno-lasledovateltakiy izwtitut plenochnykh
materialov i iskuoatvannoy kozhi.
(14oisture-Yeasurement)

BESKOV, V.S.; KERNERMAN, V.Sh.; KUZNFTSOV, Yu.1.
First All-Union Conference on Modeling and Optimization of Catalytic
Processes. KinJ kat. 4 no.5:795-798 3-0 163. (MIRA 16:12)
t . :. 1 . . _. - .. % '-.' -_
~ , 11~e
I

SLIVIKOP M.G.; TYURUYEV,. I.Ta.; KUZNETSOV,, Yu.I.
.. . .... .. -'. - . ---. - -
Optim= operating conditions for hydrocarbon dehydrogenation
a
colummo RhimeProm, no&4:253-259 A 162 (KCU 15:5)
(Hydrocarbons) (DehydrogenauZ (Ca;alysio)

KUZNM,'iV Yu Y.; 110?2NUTO, B.V.
Distrihition rate :,f elastlz co-sillat! 'aris ",- f'r--i,;Iart:Kt :Lso-tropis
ant). porou3 )nauia. Trudy VNI'liftl no.2282190-116 164 'kr4lRA 17:8)

IUZNLITSOV
YU,K,,ordinator-, SHCHEMINSKIY. S.A..ordinptor.
Proper Stomntologiin 37 no.2.61-62 Kr-AD
of phosphnts cements.
158. 04IRA 11:5)
1. Is kafedry ortopedichookoy stomatologii (xav.-prof. V.Yu.
-Kur3,vnndskiy) Moskovskogo meditainakogo stomntologichaskogo institute
(dir,-dotsent G.N. Beletakiv)
(MTAL HATIMIAL)

TSOV, Tu. K.
Condition of the edgs\of a carious cavity following preparation
by various instruments. Stomatologlia 38 n0-3:1&19 My-Je
159. (KIRL 12:8)
1; Iz kELfedrv ortopedicheskoy stomatologii (savo - prof.V.Tu.
Xurlyundskiy) Roskovs~ogo meditsinekogo stonatologichookogo
inatituta (dir, - doteent G.N.Beletakly).
(MWH--DISILUS)
(MMAL INSTRWRTS AND aPAUTO)

Kumiasov, YU.K.
----------------------
Method for obtaining identical X-ray picturee of the upper and
lower tooth. Stomatolo-giia 39 no.ls2l-24 Ja-F 160. (MIRA .14in)
1. Iz Wedry ortopedichookoy stomatologii (24v. - prof. V.Yu.
Kurlyandskiy) Moskovokogo meditainBkogo stomatololgicheskogo instituta
(dir. - dotsent G.N.Beletakiy).
(TERR--MDIOGRAPHY)

KUZNETSOVy Yu.K.
Sterilization of.some.instruments in DepaFtments 'of Orthopedic
Slimatology.- Otmatologiia 40 no.2196-9$ Mr4p 61- (MIM 1415)
lo Is Mookovskoy oblastnoy ato'matologioheokoy polikliniki.
(DENTAL IMTEMNTS AM APPARATUS-STEMMUTION)

KUZNETSOV, Yu.K.---,-
Standard types, sizes and form for film for roentgenography of the
teeth and periodontal tissues. Stomatologiia 41 no.4:32-36 Jl-Ag
162. (MM 15:9)
1. Iz Moskovskoy stomatologichaskoy poliklAniki No-5 (glavnyy vrach
Yu,K,Kuznetoov).
(TEETH-4UDlOGRAPHY)

ACCESSIo*,j 1,y2.: API~028930 S/0230/64/000/OL2/0093/03-03.
Iuzretfsov Yu. (Taningrad); SenIchenko, R. 1 - (L*zinV=d)j,
charac,~!~Eyp V, 1.
Alsorit~--,' Of "the '111,60jen, of dotc::~rtina Optiz= cMtxo1-sy.-.tem
P=a=a'%'Icrz by the Gradicnt metncd
SV,nIC:,-!: PZr MO. IzvoL)tiya. Tehhnichazlzya Idbornatika, no. 2,, 190~; 93-101
TO?_-LC Z%GS: autcraevic control, nonlLnear autc-matic control, 1;radient n=erical
r.C--,,hC4, auto-matic -control algorithti, nuzar!.cal method
10,37UCT: The prOalcm considered is that,-,ri~'h , rn:~~cificd. cortroI-,y*,*cm Z'rUC-
tt= _--6 npecified &ifferen" ial ccluation-, dc:t the moticns oj:' thc ccntrollcd.
-par=ctorr, of
-rch h %I
i~2 =. .1, k2, - - - L,
enz=c a =~.nimua rican-cquaro error. As a rulle, thc:
ncznlincar. A n=crical "Cradiant" matha is zu~M~:;A;cd as hav-Ln--
of I city over variational met',hoU in solvinl- ',~UG :)roblcm.
C.rd 1/2

16-M.: AP4Q289?,O
=e -iven on cvaluat-.",.n-r, the stap and --clectinZ; raethocl of intc_rrati-.i-- the
itial of equatioaz; vario= nctlavLo of and averaSinZ the basic
(tho caatrol-~.uality criterion) =c e~=~ad. Tho findirk:,, 0Z. -,4r=-
ete'rz, wl,,ic~ll cormn-pana -'.-o the functimal e:,~k-lnmmi is perZo=.cd by the
mc;thc,~. A actaillcC lo~,,ical zchc=e for the n=erica1-DrdGle= al,-
iz 0-.-Lc. azt- h---: 1 fiU=e an& 33 forxula-Z.
A3S0Cl:,TlC.,l:
s,zp-za=: 15Dec62 DI'm P.C,): 30PPr9~ MICL: 00
SbB CCDE: IE NO =t-- SOV: 005 0=371: 00!7'
Card 2/2

1_2492-M FdT(I)/ETC/EPF(n)-2/EPA(w)-2/EW(m) LIP(c) -AT
ACCESS ION HR' AP 5026724 UR/0057/65/035/008/1394/14
71
14MfOR' Pavilchanka, 0. a.; V!ji~In, L, A.LXuxnotsovP Yu. K.1 4damovo L yu'l
a
Vy"
TITLE: Instability of a plasma dischargewith oscillating electrons. 1. Micro-
wave radiation W, V V, or
SOURCE@ Zhurnal tekhnichaskoy fixiki, ve 30, not 8, 1965, 1394-1400
TOPIC TAGS: plasma instability, plasma oscillation, hydrogen, helium, electric
discharge, electron oscillation, electron reflection, electron temperature, lar"r
frequency, nonlinear effect, plasma magnetic field
ABSTRXwr: The authors have investigated the microwave radiation from a high vol-
tage PIG reflex discharge plasma in order to obtain more Information concerning
the oacillationsidiscovered by G.Landauer (J. Nucl. Energy, Pt. C, 4, 395, 1962)
at harmonies of the Larmor frequency. The discharge took plRce in hydrogen or
helium in the presence of a uniform longitudinal magnetic field up to 2500 Oe be-
tween two 3.5 cis diameter cold aluminum cathodes 80 cm apart and the copper wall
of the 10 cm dimeter, 100 on long discharge chamber. The cathodes were located
within short porcelain tubes, and a potential difference up to 2 W was maintained
betweenthem-ond the chamber wall# Microwaves of 3#4 cm wavelength were
------ ------
1/3
Card
uN

L 2492-66
ACCESSION MRs AP 6020724
01
UR/0057/65/035/006/1394/1400
received from the Interior with a horn antenna and were recorded with a superheter-
odyne radiometer having a 4 Mabee PaBaband* The plasma density was measured with
an 0.8 am wavelength Interforometeri the electron temperature was determined from
the triplet to ainglet Intensity ratio in the helium spectrum, and the Lon tempera-
ture was determined from the Doppler broadening of 0pectrum lines. In the expert-
ments the plasma densities ranged from Jo12 to 3 x 1012 cm-1, the electron temper&-
turea from 20 to 50 eV, mid the ion temperatures from 0.1 to 0.3 eV. The magnetic
field dependence of the noise temperature at 3#4 ca was different In different re-
gions of magnetic field strength. At low-field strengths (region 1) there was a
single maximum at which'the noise temperature reached hundreds of electron volts.
At magnetic field strengths between about 200 and 1500 Oe (region 11) there wera
many maxima whose heights did not exceed 50 eV. The heights of the region 11 maxi-
ma varied with the pressure and discharge current, but their positions did not;- the
maxima occu-rred at those field strengths for which an Integral or-half odd Integral
multiple of the Larmor frequency was equal to the radiometer frequency. At a mag-
netic field strength of perhaps 1500 Oe (depending On pressure and discharge cur-
rent) there occurred a sudden decrease of the plasma density and a simultaneous In-
crease of the noise temperature (transition to region 111). In region III the
noise temperature Increased smoothly with increasing magnetic fieldt and reached
2/3
Card ------

L 2492-M
ICCESS 1011 KRI AM020124
Ivalues as high as I kev. These phenomena and their variation with presiturd and
Idischarge current are discussed at some length and are compared with relevant ob-
Iservations of many other investigators. It is suggested that nonlinear effects
are involved$ as well as an anomalous diffusion that the authors discuss In the
tollowing paper (ZbWrv 35, 1401, 1065; a ab t pt,,APS020725) I-XI of conclusion,
t V. ; Or~y v's*k K N Ot'pan , and I.F.
the bors exproso their gratitude to V "? -ty 8 0 0 e
Ab=' o or discussing the results, and to V, I.Kondft'Mo and 9- ve.Maiff6ftfinko,
for asaWng with the work." Origo art, hoot 7 formulas and 7 figures.
A
S
SOCIATIONt FIx1ko-t*W&njcbeq#Iy Institut AN UkrSMj% Khar1kor (Ph
Institute, AN OkFM)f
BUBKITTED: 16ffov64 RMCM 00 BUD CCUS: UZ
MR REF SOVS 005 OrHSR2 009

L 491-& EW(1)1.hTCIE"(n)~-21M(m)IEPA(v)-2 IJF(c) AT
ACCCSSION NR: AP5020725 UR/0051/65/035/008/1401/1404
1ikol's)tiyjL_ I.K.
AUTHORt Pavlichenkc % 86; Dunhin, L. A.; Kuznetsov, Yu. to; Nikol'ski ISK**
Adamov, 14 Yu.
_q%
TITLE., Instability of a plasma discharge with oscillating electrons. 2. Anoma-
lous diffusion of plasma
'SOURCE: Zhurnal tekhnichookoy fiziki, v. 35, no. 8, 1965, 1401-1404
TOPIC TAGS: plasma Instabilityt plasma oscillation, helium plasma, electric dls~
charge, electron oscillation, filectron reflection, plasma diffusion, plasma Uag-
netic field
ABSTRIer: The authors have Investigated the stability and anomalous diffusion
of the plasma of a high'voltage PIG reflex discharge with the apparatus described
in the preceding paper (ZhTIP, 35, 1304, 1905; ace abstract AP5020724). In addi-
tion to the measurements described In'the preceding paper, measurements were made
of the charged particle fitfx to the wall of the chamber, using a double probe, and
the plasma column was observed with a rotating mirror. The charged particle flux
at first decreased with increasing magnetic field# but at a certain critical field
strength the flux began to Increase with Increasing field strength# The critical
Card 1/3
_v~ 2-rL24.W4 Now

L 2493-&
ACCESSION MR1 AP 5020725
field wan that for transition from region 11 to region III discussed in t lie pro-
coding paper. When the magnetic field Increased through the critical value the
plasma density suddenly decreased, tho microwave noise suddenly increased, and
oscillations of the plasma column were observed with the rotating mirror. Tile
critical magnetic'field strength In helium plasmas Increased with rising gas pres-
sure from 1000 Oo at 10-4mm jig to about 1600 Oo at 2 x 10-3 mm 11g. There wag no
anomaly In the electron temperature at the critical field. These results are com-
pared with the theory of F.11oh (Phys. Fluids, 6, 1104, 1963), and it is shown that
the magnetic field strength at onset of anomalous dAffuglon in an order of magni-
tude less than the theory predicts. It is suggested that a turbulent state with, a
broad spectrum of low-frequency oscillations any arise from the Interaction he-
tween the plasma and the oscillating electron beam. The authors hope further to
parsue their studies so phenomena. "In conclusion, the autho%,ejffess their
gratit D.GineoXy for.discusaing the results and to allotd-doneiako, and
M. c-.9-WYA Uaphq for assisting with the 4
jitj nV10 work4" OrIg. art, hast 3 formulas ir-A
figures. I ,
ASSOCIANONt none
cam
7

Ii
Ii
w
(9~
Card V3

AUTHOR: None Given SOV/ 6-58-6-21/21
TITLE: Chronicle (Khronika)
111210DICAL: Geodeziya i kartografiyal 1958, Nr 6,1, PP- 79-80 (USSR)
ABSTRACT: From April 24 - 26, 1958 a Technical Scientific Conference
took place at the Moscow Institute of Surveying-, Aerial.
kovskiy institut
Photography- and Cartography Engineers (Mo
.
:
inzhenerov geodesii, aerofotos"yemki i kar ografii).
In the section of aerial-aurveyipA the following lectures
were hold: No Ya, Bobir, Docentf- "On'the Problem of the
Determination of Elements of the Internal Orientation of
Aerial Cameras With Wide and Superwide Lngles". Ye. P.,Arzhanovp
Ansistantp - "Investigation of the Aprfxatus for the traight-
ening of the Film by Means of Waves". (Compressed firomechan-
ical Method by Docent A. I. Shershent). V. Ya. Mikhaylovj
Docent, - "On the Change of the Scale of Aerial Photographs
in the Course of Enlarging". L. No Vasillyev, Aspirant, -
"Stersocompensator With Electric Corrections", P. V, Zakharovj
Teacher, - "On the Fineness of Grain of Black and White as
Card 1/3 Well as Color Negatives of Aerial Photographs"s Yu. Me

r
r,hronicle
5()V/
Xuznetsov Aspirantf - "Elements of the Theory of the Novi
In the sootion for aurvoying and Lhotogrammetric apparatus
the following lectures were hold: I, G. Barkin, Professor*
"Physical and Mathematical Theses of the Theorem on the Ao-
curacy of the Apparatus as a Means of Measurements". S. M.
Gol_ovinq Docentq -OAcoolerating the ProductionPreparations
of Now Mducts and Reducing Their Coate". L. A. Wking
Docentp -11ADvaratus for the Exact Recording of Distances".
V. S. XLkhoysebivn Assistant, -$Field Tests With the Light
Range Finder CBB-1" (In Moscow in August 1957). V. S..Usov,
Asaiatantf - "On the Investigation of the Errors of the
Focusing Devices of Telescopes".
In the section of cartography the following lectures werq,
Eeld: No Me_yolkovp Frofeenort - "On the Engraving ih the
Production of the Original Publioz*4on Editions". A. V.
Waumov, Docent, - "Some Problems of t e Household of Carto-
gx;a-phic Production". Do A. Ginzburgt tocent, - "On the Inter-
relation of the Distortions in Cartographic Projections"s
L A Bggomolov, Docent, - "The Topographic Erialiiation of
Card 2/3 A;rie*,i hotographe Taken From Airplanes and Helicopters in

,3hronicle
SOV/ 6-58-6-21/21
the Cartographing of Areas Difficylt of Access". A. S.
Tolatoukhovi Assistantq - "On the Representation of Reliefs
of Pl~ne Areas on Topographic Maps".
Card 3/3
1. Cartograpby 2. Aerial photography 3. Scientific reports
1: .~

26447
S/02X'60/000/004/003/010
D232 D305
AUTHORt Kuzneteovv Yu.N.
TITLEs Tensile and compressive bending of struts of minimum
weight under discharged eccentric loading
PERIODICALt Akademiya nauk Ukrayinalkoyi RSR. Dopovidig no. 4.
1960t 436 - 440
TEXT: The author begins by referring to the works of Ye.L. Nikolay
I.M. Rabinovych A.Ps Syrnov, 0.1. Vynohradovt Yu.A. Radtsig, etc.
on the problem of doigning struts and beams of minimal weight,
and states that the solution of the problem of tensile and compres-
sive bending in such struts is possible owing to the work of M.V4
Kornoukhov. In the case of struts of variable cross-section, one
possible method of facilitating construction is to reduce the load
acting on it. One may also use the method of optimal, or, as it is
called in this article, "discharged" ¢ricity, which *as first
used# the author claims in A.R. Rzhanitsyn (Ref. 4: Ustoyebivost'
Card 1/6

26hh7
3/021/60/000/004/003/010
Tensile and compressive bending D232/D305
-11
ravnovesiya uprugikh sistem (The Stability of Equilibrium of Elas-
tic Systems) GITTL# 1955). This method depends on the fact that
the longitudinal forces acting on a strut which also has a trans-
verse load creates a structural eccentricity. The strut of minimum
weight will be the strut of equal support. Three classifications
of cross-section are consideied. 1) Constant height and variable
breadth, h = constp b = b~x);,2) Constant breadth and variable
height b = constf h = h(x ; 3 Proportional cross-section h(x)
= eb(x). A met1sod is considered for determining the laws for the
variation of the cross-seotion of theBe types, and the reduction
in weight. In each case it is necessary to know the optimum value
of the discharged eccentricity. The maximum stress in some cross-
sections is constant and equals do(day)o With dischargeil~,eccentri-
city, the equilibrium condition for the strut is
J(XX - Ne) 9
do - W + -
X YX
where N is the bending moment under the transverse stress, Ne is
Card 2/6

26447
8/021/60/000/004/003/010
Vehaile and oompressive banding as. D232/D305
the bending moment under longitudinal stress which "discharges"
the spurs Mxt and j = /MX - Nel In the case h const, b b(x)t
Mx - No
the volume of the strut is given by
V
FX dx- (M, -,Ve) dr + (2)
where the support moment W x t11'xq where t1 is a coefficient de-
pending on the form of the'cross-section. If the strut bears a
uniformly distributed load of intensity q, then (2) becomes
V - q 16 0 + 18 W - 6 11a, i 11 (4)
12oji
Card 3/6

26447
S/O;?1/60/000/004/003/010
Tensile and compressive bending ... D232/D305
(ai-11 ai are points of variable sign of the i-th strip of the to-
tal epure of the bending moment). The extrema of volume are given
by dV)da1 = 0, i.e. they oecur at (a.). = V2p (al)2 = C/4- Ab-
atractor's note: 8 not defined]. It in found that the first of these
values gives minimum voliime, and from this the value of the dia-
charged eccentricity is found. It is obaerved that the condition
for minimum weight is that the area of the total epure of the ben-
ding momenta should be a minimum. The following results are obtai-
ned by graphical methodet 1) The use of discharged eccentricities
makes it possible to reduce the weight of structures in individual
cases to 75 %:br struts of constant arose-section and to 50 ~ for
"usual" equal supports strutsp 2) Reduction of weight depends on
the scheme of transverse loading and the parameter m (ratio of
longitudinal and transverse load). In the case of a strut of con-
stant breadth and variable height, the maximum stress is given by
Card 4/6

2
6447
S/ 60/000/004/003/010
02Y
D
Tensile and compressive banding D232 D305
J(Mx -.No)
do 2 (5)
t2 P; x
where t is found .from W t 20 The volume is
2 2 P;
N1 (6)
Fdx - -, I I/ ~L
+ I (M. Ng) dx 4
I Ott 470
and the minimum volume is found in the usual wayo In the case hx
cbx [Abstractor's note: N&B* change of notation], the maximilm
stress is
(Mx -~ Ne
d + (8)
0 x
t3 r~
Card 5/6
0-,.0

26447
8/021/60/000/004/003/010
Tensile and compressive bending so, D232/D305
where t3 is found from WX ', t3px 3/2,# There are 3 figures and 7
Soviet-bloc references,
PRESENTED: by Academician AS UkrSSR, F.P. Byelyankin
SUBMITTEDt May 12t 1959
Card 6/6

KUZNETSOV, Yu. N. Cand Tech Sci -- (dies) "Bar of Equal Resistance
to Longitudinal-Transverse Bending." Kiev, 195T. 13 pp 20 cm.
(Academy of Sciences I = Ukrainian SSR, Inat of Construction
Mechanics)., 100 copies (KL, 25-5T, 113)
- 61

A UTHOR t Kuznetsov, Yu.N. SOV/21-58-11-3/28
ITTLE: On the Effect of Shear Deformations on the Magnitude of
Stresses from Bending in Continuous Beams (0 vliyanii do-
formatsiy sdviga na velichinu napryazbeniy ot izgibs v ne-
razreznykh balkakh)
PERTODICALt Dnjovidi AV&demii nauk Ukrainelkoi RSR, 1958, Nr 11,
pp 1162 - 1166 (USSR)
ABSTRACT: The calculation of statically indeterminate systems is based
on the use of Moor's formula, which consists of two terms.
In engineering practice, however, the second term to usually
neglected insofar as it -is assumed that shear deformations
are negligibly small in comparison with the shifts caused
by the bending. Professor S.A. Bernsteyn FRef 1_7 investi-
gated the effect of the second term for the case of a con-
tinuous beam with rectangular cross section. Kuznetsov has
extended that investigation for any arbitrary shape of the
beam arose section. He shows that the second term consi-
derably increases if, within a number of spans, the flexi-
bility of a continuous beam is small, and in particular for
cross sections with a high coefficient of utilization. go
analyzes the three-moment equation, the coefficients of which
Card 1/2 take into account the influence of shear deformations. He

SOV/21-58-11-3/28
On the Effect of Shear Deformations on the Magnitude of Stresses from Bend-
ing In Continuous Beams
constructs the diagrams showing the error arising due to
using the tbree-moment equation in ordinary form for con-
tinuous beams with an arbitrary shape of cross section.
It turned out that the values of the moments at the supports
may be not only smaller but also higher than those calcul-
ated without considering the shear deformation effect.
There are 3 graphs and 1 Soviet reference.
PRESENTED: By Member of the AS UkrSSRp F.P. Belyankin
SUBMITTEDi August 4, 1958
NOTEt Russian title and Russian names of individuals and institu-
tions appearing in this article have been used in the trans-
literation.
Card 2/2
777.7 ---

161- ( 1) 3OV/;J-5"1-4-7/27
AUTHOR: KLMno'Ll-sov, Yu.N.
TITLE: Rods of Unimum ."eight Subjcct(-~d 11-o Stretchincy-,
Li
Bending and Comprossing Yorces
PERIODICAL: Dopovidi Akademii nauk 13H, 1()591 1,11- 41
pp 3?2-378 (USOOR)
ABSTRACT: This article dealc with the law of varyin,- of the
profile of various structui-al meml-),"Irs alon-C 'U-he-1r
lengths, when. such strucl5ural merrqb.~,rs, for rcdu;3tion.
of their o,.,.-n weight, are nma.'~.e of varying profile,
either aith nons-"ant heip-hL (h - const. and vari-
',
w1bli comLant wirl'th (b-const.)
able -~:Idth (b -- L(x) or
and variable hoiCht ?li.h(x). The determination ol" the
profile outline, In order to have it au to
Card 1/3 "ideal" ar.3 possible, i,-, roduccd ~-o tlj,:. -,c)lul;ion of a

XIV/21-59-4-7/27
Rods of Minimum Weight Subjected to Stretching, Banding z~nd
Compre,-,sing Forces
d2z d2Mo k
differential equation ( ~;2_ - dx2x ) z
where k 0 for the cate ory of structural members
b(Z k = ~' "or "
with h const., b = !f the category
of structural members v-dth b = const., h = h(x)
and k = 1/3 for the categor of structural members with
no h(x Cb'-). A method of
oimilar cross oectio k-- VI_
successive approximations in '.he desi-n of structural
members of minimum -;;eight is discussed and data pre-
sented on the degree of possible economy in -Weirght,
obtained by replacement of otructural mombers of
constant profile by the meml)crs of minimum vicirht and
Card 2/3 varying profile. There are 3 diagrams, 1 graph and

SOV/21-59-di -7/27
Rods of Minimum Weight Subjected to StretchinC, Bond-in-. and
CompressinG Forces
6 Soviet references.
PRESENTED: By Belyankin F.P,, Academician, AS UkrSSR.
SUBMITTED: January 10, 1959
Card 3/3
k

KMIIETSOV, Yu.M. Dluznetsov, M.14.1
Incorporating optimal eccentric factors In designing minimum
weight rods subject to tension-bonding and compressiod-bending
combinations. Doy.AN URM no.4:436-440 100. (MDU 13:7)
1, Aredstavlano akademikom AB USSR r.P.Belvankinym (F.P.Bleliankinyml.
Mastic rods and wires)

KUZWJSOVI Y~I.N.
-
The TP-2 devioe for determining the hardness of metals. Biul.
tekh.-ekon.i~form?Goo,nauch?-iasl.inst.nauch,i tekhoinform,
no.1206-58 163, (MIRA 17$3)

1 1472-66,
ACCESSION NR: AP5022168 UR/0032/65/031/009/1085/10"-
543.42
AUTHOR: Kuznetsov, Yu. N.; Chabovsk!j, L. P.
TITLE: Automated method of rapid determination of mercury in powder samples
SOURCE: Zavodakaya-laboratoriya,-v. 31--no.-9,--:1965--1085-1087--.------
~Op IC TAGS: mercu , es nance line, quantitative analysis
ABSTRACT: A method based on a combination of two processes (reduction of mercury
~
present in the powder sample in a stream of air, followed by determination of
mercury vapor content in the gas phase) is proposed for the rapid determination
of mercury in ores and calcines. Atomic absorption involving the use of the
253.7 mg resonance line of mercury is employed. A diagram of the apparatus used,
dcsigned by the TsNIIOlovo Institute, is given. The analysis lasts 3 min, and
the root-mean-square error is 5-7%. A study of the effect of particle size
ion the analysis shows that the error increases sharply when the particle size
exceeds 1 mm. The effect of various impurities on the results is also determined.
fOne of-the advantages of the method is that even substantial amounts of organic
impurities do not alter the results because these compounds are completely burned
lout at the high temperature and abundant air supply prevailing during the
It Card 1/2

ACCESSION NR: APS022168
analysis. Orig. art. has: figures, 2 tables, and 2 formulas.
ASSOCIATION.- Teentrallnyy asuchno-isaledovatellakiy institut olovyannoy
promyshlennosti (Central Scientific Research Institute of the Tin jRq!!~st)
SUBMITTEN 00 ENCL: 00
SUB CODE t IC MA
NO REF SOV.- 003 OMER: 002
LCurd 2/-2,

ACC NRI AT6001374 SOURCE CODE: UR/0000/65/000/000/0306/0314
AUTHOR: Koebenov-.I. SO; KuznsVso*p Yu. No
ORG: None
TITLE: Xnstead7-stats floy. 11 tubes
SOURCE& -Teplo- i-messoperends -to--lt--Konvaktivnyy~toploobmen v
odnoro dnoy arede (Host and mas; transfer* ve 1: Convective beat exchange
in an homogeneous madium). Minaks Nauka i tekbnika, 1965, 306-314
TOPIC TAGSt hydrodynamics, fluid flow, unsteady flow, hydraulic
resistance
ABSTRACT: The article starts with a theoretical discussion of the sub-
ject and a review of previous work In the field, Experimental detemin-
ation of the coefficient of unsteady state friction resistance Is diffi-
cult since the measuring apparatus and the equipment must be practically
without inertia, The experiments in this case were carried out In two
different experimental units with water and oil as the working sub
stances* Pressure gradients were measured in three successive sec;Ions
of a round tube with a diameter of 0*007 motors In the stabilized flow
region* The measurements were made with an Induction sensing device,
:ard

ACC NN, AT6001374
type DIP 1-M; and, a pres-sure drop of 20 000 nowtona/meter2 could be
measured with an accuracy up to 0.5%. He experiments-were carried out
in a range of Reynolds numbers from 10 to 107# In the experiments,
great divergences from unity were observed In the value of the resis-
tance coefficientp including negative values, In addition to the tests
described 6bove for determination of the unsteady state friction resia-
tanoe, experiments were made to study local resistances in unsteady
state flows; here also there were obtained divergences from unity of the
coefficient of unsteady state local resistance, Thuss both theoretical
and experimental investigations show that the coefficient of hydraulic
resistance under strongly unsteady state conditions differs from its
quasi steady state value, and that this fact must be taken into account
in the calculation of processes uhich change rapidI7 witb times Orige
art* bas: 21 formulas and I figure*
3TJB CODE1 '201 SUBM DATE, 3lAug65/ 'ORIG REN 006/ OTH REN 002

KUZIMTSOV. YU.N.,
won"
Determining the lij~ht diffusion In aerial photographic onmeraffis Trady
HUGAIX no.2U49-54 155. (MM 10:1)
1. Hookovskly instutut inzhenerov geodesit, Kafedra nerolotoslemkio
(Light--Scattering) (Cameros)

KUZNBTSOV. ILA
Affect of light filters on the development of details In shades
on aerial photography..Good. I kart, no,3t4O-46 Nt '57.
(Aerial photogrammetry) (Light filtersy, OWA NO)

-f ~I -
Kwansvi-
Attachment to the range finder for the nhotography of empll objects
at a nenr distance. Sov.foto 17 no-8:55-57 Ag 15?. (MLRA 10:9)
(Photogrnphy)

vftwov, A - I

).VTWA* sat-lbakel. T. D.. C&"gdato or T*oftmL"k set.="
'
TITLIS Tockslosl Confarese- at XIIOA I X (AftlekSe-
9.1.4151fle amd
Za"tesse"14 kaaforeatelys Jar" I C) I

PSAINIM. %vw~~%Aj* 17#OhLkh sebobawk1t OR-64only.
weretatow"rom". Ms. ar 2. vp 111-114 (cm)
LDSMCT. treat %pril 24 so 26 a asivatift* ~WA twonatical SoSf-r*MC- Of
th. %It" I x (IsetItat. or coodway. an& c
Cartography. Means-) " S*14 in Manage. Furthermore. the"
.e" C~ *Satieam is operations am, ge*d"j,
4OVIONTUP". 834 on %be Pro".%lon Of Phatogro."Sti"I
so. Move %ban 200 talodat" trom 45 laolita%as took per% %a
= eastern". St. hub 24 lossur" Or* :0 delegate.
9OLrtt41pS%0d in %h& "NOMASLOSS. ft* OV.9&04 9so*sk OsS One. by
00 Director of the V1124 4 1. fterowmatr P. 3. Zonal.*-. Castor
at Tookatcal galeaces. Th* first pap" read -4 the% by 1. 1.
tv&"- 0* -fts FLO% Assiont 1t"&.i40L44.- A. 1.
-r6g"--t. Doster Of Technical Settaces. spoke a. -'se S-%%p &.A
whe Z&"QILM primalplem of th. ce".tio Basic X.tverft of %he
cArd 1/5 UWE.* A. N. Llrois,to. Prefooser. read a paper on I%* Unborn-
caorti tom IS seewe Eta" of co4etical
lnros%4 Now-red in Itm
UIIPMOLd .* N. S. *ArGW'YOW. 29000%. '04 & Ann" VUft Of
spowul Stability.- T. 0. sollsbamovigh. Doomet. can""t. or
?0"Aimal S"Qmftt -fte urs a" set"WL4, Rork at 4. P.
3020140'.. T. I. Sol-stakovs lartl"l meassrome.to of 016%aftsee,
Mader P"WLS* C*SfiSlGAG.- 3- V. UYAVI". A041694&91 'On the
Nota"Olow or migb-Procistwo comlowetry in fire""" Tri.
rvLaticam I.- W. Ys. lobir. -as in* Prokttm at Dot.ratstaS

a u4mosts of of Sid.-Andl* bad Savor.
=
V1,16 Angle A*rLa4 Cameras.- A. K. PSwwov. Crado4to 21"oals
On a Lae.1 Deviso With a Freely S"po"4 B.Clactor.1 A. 3.
OtAlLplywo, reported on ~Caodvsy sea cartagrapay, at the Usks.
alme .9 Ia@ 2"14% We.' To. P. Art"Soo 00 -A,. IaleatIOU1104
of th. Film 3"othleg D-&** With SZpportlag Vallon.- L. N.
Tgott:J!". avat"to 3tathate Btu Electrical
columatlome., T. It. Dosons. couAl"to Of Tocameal
let~-$ -00 the CO.
3c&l. of 4.C1.1 ft.106VAP&M kaf.11-
D!
!,
, ZkAa-.. -0. tee ;t.1lactal.
.
;.
.46 From Wargameat.
apabtxttl.s at a" Color fauagmamo.l T- 1.
Gragoat* StAdoat. -,)he "maoRt. ,n.6 --
r7 Mr
W
Wood shatter., 1. 4. 4prkle. ?"teaser. "?be present
Ste" of ft"14614kth.Mgi"l KAsalaAd* an the Proat.0 rum.
,tested of venturing Tools.' S. a. C!plo.La. It.-ding or vad
3,upre" %be Protection of X-&.r1aS Toalo.* L. A. stlklo.
Do4ont. CAN&Ldate of Toaltatcal Sol.", o0a %mm%..,%a for
be pr"Ime sm."Moont of Pl.umaaa.- T. S. atiLhozaAev. Am-
!
Lot"t, -field T4S%G site Ift- fttitftl. &&a4. PLRC*r CSJ-t--
T- S. Lhowt, Asolotant, 'On the St.#y of Ima..matan, to %he
vo""-tas r~-Seao of Toleasop".. S. K. Tolaev. Prof".0r,
00at&t of Coo4rApk1d.1 $clowe", -3~ 2-ra. an L^dm,Lg is
the Prodostism, Pronoso at Original Maps.-
card

3W SOV/6-59-2-9/22
AUTHOR: Kuznetcov, Yu. N.
TITLr: '_~Ele~ment, of t`he~heory of the New High-speed Shutter of
Air Cameran (Elementy teorii novogo skorostnogo zatvora
aerofotoapparata)
PERIODICAL, Geodeziya i kartografiya, 1959, 11r 2, PP 43 - 48 (USSR)
ABSTRACT: A new type of a central interlenticular high-upeed shutter
waa desienod by the Chair of Aerial Photography at the
MIIGAiK according to an idea of A. I. Shershen'. In the
present paper the scheme of this shutter is described. The
lens mounting contains a ring K- 4 a-mall shutter flape
with rotation oxce in the points 0 1'02'03 and 04 are mounted
on X. The center of gravity C i of the flap does not coin-
cide with that of its rotation axis and is distant from
it by distance i. On rotation of the whole system round
point D at constant angle velocity to the flaps share the
complex rotation -round 0 and D. Thus'a force is produced
which tends to rotate the flaps into thestable equilibrium
Card 1/3 position while the center of gravity is shi fted toward the

Elements of the Theory of the Now High-npeed Shutter of SOV16-~9-2-9122
Air Cameras
elongation of the radius DO. At the beginning of rotation
the flaps are immobile with respect to the ring K. A
special device is available for this purpose. In the re-
quired moment the flaps are released and rotate under the
influence of the above mentioned force. They open and shut
'the aperture herein. A special device prevents furth-.r
opening. The author deduces formula (11) for time t which
is necessary for the opening of the lens aperture. The
influence exercised by gravity and friction in the axes
of the system is not considered in this connection. For-
mula (i1) shows that t can be calculated if the angle ve-
locity of ring K, the radius R of the supporting ring,
the inertia radius 3 of the flap, the distance 1 to the
center of gravity and the angle y of the sector (according
to which the boundaries U Iand U 2 can be determined for
the rotation of the flap) are known. It results from the
table given here that the calculated time agrees with ex-
perimental data (according to the results of a high-speed
Card 2/3 film-shooting) with an accuracy that 13 sufficient for

Elements of the Theory of the Ifew High-speed Shutter of SOV/6-59-2-9/22
Air Cameras
practical purposes. The first experiments with the device
model permit the conclusion that the new high-speed shutter
for modern topographical air cameras can be based on
the above mentioned principle. There are 4 figures, 1
table and I Soviet referezice.
Card 3/3

w Y
KL4 1v e T s /
J.,
g V 4 v -,t
I a
VA 3
gal
to-
AM
I
30 'F.
So
4iffill'.4 ":jo-
1 Ij
A-1
1% il
gi is.; wrl
4S

It-IF IF! ulfiRtill
M4
I
rr
la
;I ir
P. -2 F R
Q. 14 -
ca
So
0
~6! L'.4-0 .0
Tj f3 0
-o":
77-7-777777-

3/15 %000/02/12/018
B012V2
AUTHOR: Kuzneteov. Lis N y Poet-graduate Student
--------------------------
TITLE: Introduction of Rapid Film Shooting Into the Investigation
of Aerial Camara Shutters op
PERIODICAL: Izvestiya vyeehikh uchebnykh zavedeniy. Geodeziya i-
aerofotos"yemka, 1960, No. 2, pp 105-109
TEXT: At the kafedra aeroollyimki (Chair of Aerophotography) of the
author's institute, the method of rapid film shooting for determining
the basic parameters of a?.Tial camera shutters wv~ tested. A camera
of the type C KC -1 (SKS-1 )Fovae used, which can pezform up to 4, 000 single
shots per second. Pigs I gives a scheme Pf the camera. The exposed film
passes a time-indicator,for which an MH_7 (MN-7)lineon tube is used The
movie camera Ot according to,Pig. 2) was set up at some distance f;oM
the camera (2). For AN(AW',caferas with great focal length, as for
instance AfA-33/50 (APA-~3_AO)*~. a distance of I m was chosen. For
scale enlargement, while ahooti;g the shutters of wide-angle objectives
of the tYP8 "PyccaP 2993311 (Rusear 29,33Mancillary lenses were used#
Card 1/3

Introduction of Rapid Film Shooting Into 5/154/60/000/02/12/018
the Investigation of Aerial Camera Shutters B012/B123
In this case, the camera was placed at a distance of 10-15 cm from the
object. A simple apparatus accar ding to Fig. 3 was used for synchronina-
tion. At the first exposureq a time mark was recorded on one side r
(Fig. of the film strip. After that, the once exposed film was turned
by 180 and its left side 1 was exposedq whereby some film material
could be saved. The film was developed for 4-6 minutes in a Chibisov
developer. The optical efficiency of the shutter is computed from formula
(2): So
where S' denotes the area of all images on the photograph,
and 5 the area of those pictures which would have been obtained by ideal
performance of the shutter* 3 was measured planimetrically. A panchromatic
film of the type 10 was used. The aerial cameras AIA-Ta-100 (AFA-TE-100);-y
with shutters of the types BB-1 (n_j~"-A~A-33/50 (APA-33/50) with a
PMK-C- m (:Rj)"_'
blind shutterp and 5 C S-
~Awith a central semispherical
5a
Zeiss shutter as well as with a central rapid shutter of the type AC -1
(TsS- )~were tested by the above-described method and by means of the
movie camera SKS-1 (Table 1). If the shutter mechanism is filmed in
Card 2/3

Introduction of Rapid Pilm Shooting Into S/15416010001021121018
the Investigation of Aerial Camera Shutters B012/B123
reflected liebt, a series of cinematic parameters can be determined. Thus,
the speed of the central shutter T93-1 was tested according to a suggeetion
of'A. I. Shershen'. The testing method described is absolutely sufficient
for the precision necessary in practice. Its principal advantage lies
in the simple testing apparatus which needs no preparatory work. There
are 5 figures and I table.
ASSOCIATION: Moskovskiy inatitut inzhenerov goodezii, aerofatos"yomki i
kartografi
(Moscow institute of Geodetic, Aerial Survey, and Carto-
R r a p R-c -ffn-A,-G-e -er-s7
SUBMITTED: March 16, 1959
Card 3/3

S/154/60/000/005/006/006
B012/BO60
AUTHOR: Kuznetsov,
, - G Yu. N., Aspirant
OWSOMMOW
TITLEi Method of Determining the Air craft Tilt in Testing the
Precision of Navigational and Pilotage Instruments
PERIODICALt Izvestiya vysshikh uchobnykh zavedeniy. Geodeziya I
aerofotoallyemka, 1960, No. 5p pp. 119 - 123
TEXT: As compared with the conventional methods of determining the
absolute aircraft tilt, the method given here Is simpler, more economical,
and more prebise (Authors# Certificate No. 121 569). The aerial camera is
mounted on the aircraft in a way as to allow its optical axis 001 to
occupy a fixed position with respect to the coordinate axes X, Y, Z of the
aircraft (Fig.1). A strong light source 3 is inserted under the fuselage.
In night flights over a water line (a water basin and calm air) a virtual
image S' of the light source is observed. This image is located at a
distance 2H below the aircraft on a straight line SS' normal to the water
surface. The virtual image S' is photographed with the aerial camera. The
longitudinal and transverse tilt of -the aerial camera and, hence, also of
Card 1/2

Method of Determining the Aircraft Tilt in S/154/60/000/005/006/008
Testing the Precision of Navigational and B012/Bo6o
Pilotage Instruments
the aircraft can be determined from the following two formulas (Fig,2)2
r r
at - arc tan -X and at, . arc tan -Z . To obtain the absolute tilt,
X f f
corrections must be allowed for in these formulas (as S is at a distance D
from the optical aerial cameraaxis) (Figs.1 and 3). For a perpendicular
position of the optical axis of the aerial camera the respective formulas
are to be set up on the basis of Fig-4. Considerations are made to eotimat
the accuracy of the method. The method described here has been applied at
one of the scientific research institutes of the USSR to examine the.
precision of the operation of a gyrostabilizing system. The tests were
carried out by Engineer V. Ye. Aleksandrov. The results confirm the
usability of the method under discussion. There are 6 figures, 1 table,
and 1 Soviet reference.
kSSOCIATIONt Moskovskiy institut inzhenerov geodezii, aerof'otos"yemki i
kartografii (Moscow Institute of Engineers of Geodesy,
Aerial Photographyand Cartography)
SUBMITTED: April 110 196o
Card 2/2

I ___ ___ - - X_
GWKCKWO, Sffi; JUNITSOY, YU.T.; LAZARZY, X.F. . LWINIT 0 1---- __ ___ ___
HIMAY V,
Concerning the article by V.I. Baranov and L.A. 1hristianova
"Radioactivity of-waters in the Indian Ocean." Gookhimiia
no.7t650-651 160, WU 13:11)
(Indian Ocean-Radioaotive substances)
(Baranov, V.I*) (Khriatianova,- L.A.)

ICUZIMTSOV, Tu. 1.
Preliminary investigation of &,nay high-speed shutter for aerial
cameras* Sbore ate po good. no.11329-33 0609
(HIFA 13:8)
(Shutter, Photographic)

KUMTSOV.. Yu.N., assistant
Multicolored printing on semiconductor photographic paper.
Trudy MIIGAIK no.4%47-51 161. (MIRA 14:7)
1. Moskovskiy institut inzhenerov geodeziip aerofotos"yemki i
kartografii, kafedra aerofotos"yemki.
(Photography-Reproduction of plans,, drawings$ etc.)
(Color printing)

MUMSOVIYU.No; ZLEENTSOVA, LPV.
Effective use of a sample in analysis by blowing the test powder irto
ths.arc'. 7Av. lab. 31 no.23180-183 165. (MIRA 1W)
1. Tgentralinyy nauchno-issladovatelfskiy instibit olovyannoy pronVahlon-
nosti.