SCIENTIFIC ABSTRACT KOSOROTOV, N.G. - KOSOV, B.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000825130001-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KOSOROTOV, H.G. (Kzyl-Orda)
Technical and economic offectivenesa of introducing a cen-
tral traffic control. Zhel.dor-tran,3p. 40 no.4:65-68
Ap 158. (MRA 13:4)
1. Glavnyy inshener Kzyl-Ordinskogo otdoleniya Tafshkenstkoy
dorogi ZRailroads--Signalling--Centralized traffic control)

-- . . .. M
KOSOROTOV, N.G.
Problems which must be solved quickly. Avtom. telem. i sviaz' 3 n0.11:
27-28 N 159 (MIRA 13--3)
1. Zameatitall nachallnika aluzhby aignalizats1i i avyazi Kazakhskoy
dorogi.
(Railroads--Sigmling)

KOSCROTOV, N.G.
What should a signaling and (7ommtinlcationa district be like?
Avtom., telem, I eviazt 4 160*
kmmk 13:7)
1. Zamestitell nachallnika sluzhby signalizatsit I svyazi
Kazakhakoy dorogi.
(Railroads--Signaltng)
(Railroads--Communication systems)

KOSOROTOVj N.G., lTizh. (AlmB-Ata)
- IImproving the quality of the pla=Lng and Imilding of centralized
traffic control aptems, Zhel.dor,tronsp, 1,1, no,5:48.-50
My 162. (MA'15:5)
1. Zmantitell nachallnika sluzhby signalizatsii i sv-yazi
Kazak-bak-oy dorogi..-
(Itai3-roads.-Signaling-..-.Centralized traffic control)

KCSOROTOV, N.G.
Desorving a high confidence. Artont.,, telem, i aviaz' 7 no.5:
19 My 163. (MLA 16:7)
1. Zamestitell nachallnika sluzhby signalizatsii i svyazi
Kazakhskoy dorogi.
(Railroads-Emplopes)
(~a-ilroada-Commuaication systems)

KOSOROTOT, N.G.
New methods of work in sections with centralized traffic
control. Zhel. dor. transp, 45 no.5:72-74 My 163.
(MM 16:10)
1. Zamestitell nachallnika sluzhby signalizatsii i svyazi
Kazakhskoy dorogi, Alma-Ata.

KOSOROTOV, N.G.
A close-knit team of vorkers, Avtom.p telem. i Er7iazI 7
no.lOt2l+-26 0 163- (MIRA 16:11)
1. Zamestitell nachallaika sluzhby signalizatsii i svyazi
Kazakhskay dorogi.

KOS010TOV, E.G.
In the an -a' com,:,mrd ca tion, It of the nr,-
di3tric-.G. Avtom-3.,
F.
.1.
"fiby si :1 s,

KOSOROIOV, Nikolay Grigorlyovich; SPFARGALB, III,rley oazizullnovich;
CHEIMNEV, red.
[Centralized traffic control; experience of the Kazakholan
Railroad in its design, planning, construction and opera-
tion] Dispetcherskaya tsentralizatsiiEL; opyt proektirova-
niia, stroitel'stva i ekspluatatsii Kuzzakhokoi zh.d. 1,11c-
skva, Transport, 1965. 102 p. (MIRA 18:2)

VASILIYEV, V.; KOSOROTOV; S,
Results of the :--:,.ion on the fuel industry of the Oil and
Gas Bection*of the Council of Geological Testimony of the Minis-
try of Geology uwj Consei%VaLion of Mineral. Resources of the U.S.
S.R. and the Geological Section o:" the Scientific and Technical
- Council on Mineral Resourees of the Committee of the Council of
I Ministers of the U.S.S.R. Geol. nofti i gaza 6 no.11:61-64 N
162. (MIRA 15:12)

TROFIMUK) A.A.; VASILIYEV, V.G.; KARASEV, I.P.; ~,PSOROTOV,.-S,11.;
MANDEL' BAUM, M.M.; MUSTAFINOV, I.N. [deceased]; SAMSONOV, V.V.
Basic problems of the prospecting in the Markovo oil field in
Eastern Siberia. Geol. nefti i gaza 8 no. 1:15-20 Ja 164.
(MIPA 17:5)
1. Sibirskoye otdeleniye AN SSSR, Voesoyuznyy nauchno-issledovatell-
skiy institut prirodnogo gaza, Gosudarstvennyy trest po geologicheskim
izyskaniyam na. neft' v Vostochnoy Sibiri i Institut geologii i
razrabotki goryuchikh iskopayemykh AN SSSR.

BROD, 1.0.; VITRIK, S.P.; GORDIYEVICH, V.A.; KLITOCHEINKO, I.F.;
KOSOROTOV, S.P.; PALIY, A.M.; POPOV, V.S.
Evaluating the results and the measures for improving prospecting
for oil and gas fields in the Ukraine. Geol.neft i gaza 6
no.10:1-12 0 162. (MIRA 15212)
1.Glavnoye upravlenlye geologii i okhrany nedr'piri Sovete
Ministrov UkrSSR, Ministerstvo geologii i okhrany nedr SSSR i
Moskovskiy gosudarstvennyy universitet.
(UkraiAe-Petroleon. geology),
(Ukraias~--Gas, Natural-Gaolo&)

SAMSONOV, Pavel Alekseyevich;.KOSOROTOV, V.N., red.; KUROCHKIS, D,K., tekbn,
red,
(Toshkar-Olaq the capital of the Mari A.S.S.R.] Iosbkar-Ola Stolitsa
Mariiskoi ASSR* Ioshkar-Olaj Mariiskoo knizbnoe izd-vog 1960. 61
(MIRA 14:44
(Yoshkar-Ola-Doscription)

AGARKOV9 L~A~q inzh.; KOMCHM-Ot A.G.v Jmzh.
First Crimean conference on weldings, Svar. proizv. no-4:42 Ap 161.,
(MIRA 14:3)
(Welding-Congrosses)

M&ZNEV,K.-, KOSCRUCHYIN,V. (Astrakhan,)
------
Secret of success. Voen.znan. 31 no.2::10 F '55. (MLRA 8:8)
(Astrakhan-Military education)

KOSORUKOV, A. L., STRUTINSKIY, V. M.
"The Calculation of Gamma-Ray Spectra Accompany~.ng Capture of Thermal Neutrons."
report submitted for All-Union Conf on Nuclear Spectroscopy, Tbilisi, 14-22
Feb 64.
IAE (Inst Atomic Energy)

KOSORIJKCIV, I.L.; STRUTINSKIY, V.M.
Gamma-ray sp)ctra in (n, .~~)-rea::tions. lkd. fiz. 2 to.4:
657-662 0 '65- (MIRA 18:11)

Cons tr kict lon of skyscrapor oil Si-olc!nslap Ploshciiaci. Cor.
Y,onthly L5st Missian Acccs s ion L--'rrar-,7 c-r Coni,rc-ss
Jime -1c,53, U"CL.

KOSORUKOV, I.I., nachallnik Inupektaii.
-W,11--
Ceitain problems of continued improvement in the quality of construction.
Gor.khoz.MoBk. 27 no.10;1-6 0 '53. (MIRA 6:11)
1. Goffudarstvennyy arkhitekturno-stroitel'W Xontrol! g. Moskvy.
(Construction industr7)

-KOSORUKOV, I.I., inzhener.
. -_~ ~11 "; ~ I ~
~_ ..'
The hotel on Komsomol Zquare. Oor.khc,z.Moek. 29 no.10:20-23
0 '5 4. OCM 7: 11 )
(Moscow--Hotels, taverns, etc.) (Hotels, taverns, etc.--
Moscow)

KOSORUKOV. I.I.
On the quality of construction and the uae of new buildingse Gore
khoz.Mosk. 30 no.3:10-13 YT 156. WaA 9:7)
l.Nachallnik Inopektail goeudarstvennogo arkhitakturno-stroitall-
nogo kontrolra goroda Moskvy.
(Moscow--Building)

KOSORUMV, I I.I
Haltigtory apartment house on Insurrection Square. Gor.khoz.Mosk.
29 no.2:17-21 7 155. (MLRA 8: 5
1. Nachallnik Inspektsli gosudaretvaimogo arkhitakturno-stroitellnogo
kontrol7a g. Moekvyo
(Moscow-Apartment houew)

KOSORUKOV. I. -i., Cand Tech Set, (dIBS) "Investigation of
'6W-
-4bf,Dtechnollosgz%i3lrr,iiaan~d organization JwAl"~g o fschools fm64 large
ihe
I -~k
concrete blocks according to exp9rience In Moscow." MOB, 1958.
A'
23 PP* (Min Higher Ed USSR, All-Union Correa. Polytech Inst),
100 copies. ('!~L, 9-r,8, 118)
- 73 -

EDSORUKOV, I.I.
,
Soma shortcomings in large-panel conatruction. Gor. khoz. Mosk. 32
n0.3:31-32 Mr 158. (MUM 11:3)
1. Nachaltnik Inspektaii arkhitekturno-stroitellnogo kontrolya
g. ffoskV.
(Moscow--Apartment houses) (Concrete blocks)

KOSORUKOV, I.I.
Quality of planning and building schoola in Moscow. Gor. khoz.
Mosk. 32 no.8:5-8 Ag 158. (MIRL 11!9)
1. Ilacballnik Inspektidi goeudaretvanriogo arkhitekturno-stroitall-
nogo kontrolya g. Yloskvy.
(Moscow--School houses)

KOSC)RUKOY.~~n-409if-ov~iebi-YAf(TSEV, N.p red.; FAVLOVA, S..,
takhn. red.
[Solid, comfortables and'beautifull Prochno$ udobno) kravivo.
Mookva$ Mook. rabochii, 1961. 53 P. (MIRA 15%3)
1. Naoliallnik inspektaii Goeudaretvennogo arkhitekturno-
stroite2lnogo kontrolya 11joakvy (for Honorukov).
(Moscow-Construction industry)

KOSORUKOV, I.I., prof., zasluzhannyy stroitell RSFSR; BUVAYEV, A.S., inzh.
Section of the book "Technology of Building." Transp. stroi.
14 no.10:57-58 0 164. (MIRA 180)

STEPAWAN, Ye. P.; MOSKALENKO, Yu. D.; KOSCIRUKOVA, N. Ya.
Prevention of thromboembolic complicil.tions in lun cancer. Grud.
khir. no.5:89-94 161. WRA 15:2)
1. Iz biokhimicheekoy laboratorii (mv. - doktor biologichoskikh
nauk Ye. P. Stepanyan) i otdeleniya 2abolevaniy ~agkikh (zav. -
doktor meditsinskikh nauk N. 1. Geragdmenko) Instituts. grudnoy
kbirurgii (dir. - Prof. S. A. Koleanikov, nauchn7y rukovoditell
akad. A. N. Bakulev) AMN SSSR. Adres avtorov: Moskva, Ianinskiy
prosp., d. 8. Institut serdechno-soatidistoy khirurgii AYIN SSSR.
(LUNGS-CANCER) (EMIOLISM)

ACCESSION NR:
1
'AUMOR: Kula
A,-idrcvevzk-:iV-a
Fc-4/?r-4/p'~-4 1~q-z I
APSOOGS42 S/0266/65/000/006/0051)/0059
1/31
c)*,rskiy,- V. A. Pollshchuk, S. 14. Volovi,:h, Z. M. , Zektser, A. I-g
:7171X: A device for producing cylindrical rhells madis of transparent plastic.
dlass 39, Ho. 169238
;SOUkE: Byulleten' izobretenty i tovarnykh %nakov, no. 6, IIJG%*, S9
TOPIC TAGS*. transparent plastic, cylindrical shall, industrial tqu1prr-cnt
1
ABSTRACT: This Author's Certificate introduces a device for producind cylindrical
!shells made of transparent plastic. The unit incorpcrates a molving pot and a vat
'. ith a roller for coati.ng. The device is also equip;ed with a stretching and a
iwompehsating mechanism which.are located over the shc:ll forming mechanism. The,,~5~
IsheLl forming mechanism includes units for longitudinal and transverse winding 4Yk
ifi2aments als well as a polymerizar. The shell forming unit is made in the f rm of
Ichucks with a horizontal axis. Albng the perimeter 'of these chucks are a number of
'arbors which interact with the tx%~svvrse and lo.ngit,.%dinal winding machanim. The
Caid ljg_

L 43-305-~5___:_
*CESSION NR- APS008542
longitudinal winding mechanl3m (b IL belt dkiven or SriatloA driVar reciprociting
Icarriage.mounted O'n a gjj4s parallel to Tht awls of the arbor.
ASSOCIATIM none
sU3rgTvD,. 21Jtm6l ENCLi 00 SUB 60DE: MT, ZE
1
!NO REF SOV, 000 OTHER' 000
212

KOSOTSOVA, A.G.
Investigation
jr-arylamides
in the field of alkaneen1fonic acids. Part 10. Methylation of
of alkanesulfonic acids. 21mr.ob.khim. 23 no-8:1349-1351 Ag 153-
(MLRA 6:8)
1. Voronezhakiy GoBudaretvennyy universitet.
(AmIdeB) (Alkanatulfanic acid derivatives)

OL160V
A dpoistrisitist for arnall-alps P.
and
fdal Ab4- 7ipfff. 17, 36&-K1WbJ).-A rACU= dillt*=-'
no,' 3 b described for dh=t and d tuil readings.
'M xnO site sample is placed on a politited quartz table,
F4: IQ, 1,954 airried by a quint tube. A quartz loop termi=ting with a!
plant Equipment; and tod thmillithecenterol"he quartztube i3s=pcnded on thc~
Apparatus, unple. The rod carries n steel piece at the bottom part nt-~
Unit Operations It acted by a mapetic table in such a way that a sma artz
hW cWyIng i , " qu
3 1 rairror Is held between the rod .it the
I l: and mn rotate upon elongation of the rod. The
I =ljyj. 2 X 10-5 min. The difftrtritial device carries 2:
Iheels. Measurements c.
the thermal elongation of quartz.
63ble pleceswitha min. side) am Indicated In thereglon 20-
;I 1C.1P' 4nd the cbRnge In coeff. at the transition point a -4 0
cl, qqs"z Is well shown. A sliver of Ag 2.10 mm, long has,
teen Mmured between 21 and 812'. Thenietsurementson
j I &TO ~' good agreement with other dilatometric measurt,
rients, ut are smaller by 8% at high, temp. than data ob.
tIIne4 y x-ray analysis, S. Pakswer-
.'TV
Al

SHIFRINA. Ye,H.Jauthor]; KOSOUROV, G.I., kandidat fisiko-matematiclieskikh nauk
IreviewerJ.
Conversion of solar radiation ("Solar radiation and its conversion.ff B.M.
Shifrina. Reviewed by G.I.Kosourov.) Fauka i zhiznt 20 no.8:46-47 Ag '53.
OCLHA 6: 8 )
(Shifrina, S.M.) (Solar radiation)

KOSOUROV. G.I.
-
;;-'*! "*M~f ~icordlng of galvanometer, deflections. Prib.i tekh.eksp.no-3:
90-93 N-D '56. (XLBA 10:2)
1. Institut ficicheakikh problem im. SJ.TavIlova AN MR.
- (Galvanom-ater)

PUS11 I BOOK 1XPLOITATZOX SOV/129T
VoesoyuxrAyv nouahno-tokhnicheakays konf4rentslyo po primenonlyu
radlftktlv"kh I stablltnykh laotopov i isluchonly v narodnom
khos7a"tvq I nauke, Moscow, 1957
F0l%&4bdJ%l" Lzctopov. Moshchny7v gamssa-umtsnovicl. Radloostrlys
I deatmetri7as trudy konrerentall ... (isotope Production.
Sigh-energy Gamma-Radlation Facilities. Radiosetry and Doal-
1061srYl Transactions of ths, All-Unlon Conf*ronco on th* Use of
Radioactive, and Stable Isotopes and Radiation In the National
So and Science) Moscow, lzd-vo AN SSSR, 1958. 293 P.
.Vles printed,
Sponsoring Aganart Akadomlym nauk SSSR; Olawmaye upravlonlyss pa
1dp0l'$0"4L7u' atoonoy onargil SSSR.
BdItortal Words Prolov, Yu.S. (Romp. Ed.), Zhavaronkov, MJR.
(D~VutY Romp. Rd.). Aglintsev. K.K., Alekseyev, S.A., Bochkarow.
Y.V.. Lembohinskly, X.I., Malkow, T.P., S=tmM V.I., and
Pupova, G.L. (3morotary)j Tech. Id.s Novichkov, N.D.
FORPOSX1 Thla collection Is published for sciantLats, technologists.
persons ongagod in madiclam, or medical research, and others con-
cerned wItZ1 the Production and/or use, of radioactive and *table
tootopes and radiation.
COnLKAOXt ThirtY-elght "Parts or* Included in this collection
under three main subjetat dtvisionxt 1) production of isotopes
2) high-energy ga=w-redistlon facLIltiefiand 3) radlooetr7 and
doolostry.
TAWJ OF CO=XT3i
PART 2. PRODUCTION or ISMFES
Frolov, Yu.3., V.V. Dochkarev, and Te,Te. Kulish. DeveLoptuent of
Isotope Froductlon in the Soviet Uhlon , 5
This report Is a general survey of production method#,
apparatus, raw materials, applications, Investigations
and future prompects for radio isotopes in the Soviet union.
=7z
s2e0eyovskly, M.re., A.V. Dubrovin, a -ighlona"Fa.
61 P. Prudkovskly, 3.1. Pilixon*vt V.I. , v.V Shelyapln
(deceased), and T.K. Shuvalove. Utilization of rhas Spectro-
motors With a Nonhopoctoocum Field for Analyzing Isotopes
of Light slovents T3
ordShossikiftf, X.O. and O.M. ZUbarav. R*Iatlvv PrzP&-
Notability of Pail&dlua and Germanium TaQtQP04 78
Inman, A.M. Somse Yrobleas on the Theory or Isotope 86
Separation
ovepdtoltai.is z a and V.X. Tokhakaya. Separation of
Isotopes or LIZit sioseenti by Diffusion In Vapors 113
ftrvikh, G.F., and R.Ya. Kucherov. A Dlfrusjon Columm for
separating Isotopes 122
card SA2

KOZEL, Star,----'iav 11-1ronoviell; KOLACHMISKlY, flikolay Nikolayevich;
Georgiy Ivanovich-. MAZANIK0. Igorl Pavlovich;
--- -r -F -.
m -r a
tProblems in physics] Sbornik zadach po fi--ike. Vloskva,
Nauka, 1.965. 287 p. (MIRA 18-9)

s/ir,:o/62/000/005/015/036
E03er!/E3i4
AUTHOR: Kosourov. G.I.
TITLE: The efficiency of a counter inserted into an active
medium
PERIODICAL: Pribory i telchnika eksperimenta, no. 5, 1962,
95 - 97
TEXT: This theoretical paper is concerned with radiation
reaching a counter immersed in an active medium. It is assumed
that the dimensions of the counter are small compared with the
mean free path of t1mradiation. If the number of disintegrations
per unit volume in the medium is n 0 r 3.S the distance from
the counter and S(y,E)) 'is the cross-scictional area of the
counter in the plane perpendicular to tl,,,e direction in which 'r
is measured, then the direct non-scattered radiation reaching the
.counter ~s given by
n
N = 0 (9,9)sin 9d ydO n 09/-A
41Tp I' ~S
Card 1A 0 0

S/I:!0/62/000/005/015/036
The efficiency of .... E034VE314
If the line&r dimensions of the counter are small, then the
amount of radiation Per unit area of the wall of the counter is
et~_
given by 74-VIC
dN n
0 (2)
.I = - = e gr cos E) sin () dr dy dO = n0/411
dS 41-.
0 0
and the total radiation may be obtained by integrating this
expression. In the case of a homogeneous isotropio medium,
this gives N = n0s/41L (3)
where S :Ls the surface area of the counter. In the case of a
sphere and a thin plate, Eqs. (1) and ('5) give the same results.
However, for a counter of arbitrary form 5/4 will not be equal
to 3 but will not be very different from it. In addition to
the unscattered radiation, the counter will also intercept scat-
tered radiation. The effect due to multiple scattering in the
medium may be taken into account, in the case of y-rays, by
Card 2A

S/12,0/62/000/005/015/o36
The efficiency of .... E032,/E314
replacing ji by p eff in Eq. (2), where, ji eff depends on
the various interaction cross-sections. It is shown that when
singly-and doubly-scattered y-rays are taken into account the
mean free path for water and y-rays of 1. MeV is of the order of
25 cm. The effective volume is only 1 litre for scintillation
spectrometers in the form of - cylinders 4 diii in diameter.and
10 cm long. Since this is the volume which the counter can "seell
it is clear that natural radiation-active contamination of water
t,annot be estimated by direct methods with reasonable counting
,times. The final section of this paper is concerned with the
effect of a plane separation boundary between a'ctive and non.-
active media. Here, the results can only be obtained by numerical
methods. A diagram is.given showing the results of such.
calculations for the case where absorption in the second medium
may be neglected. The effect of the boundary becomes appreciable
when the distance from the counter surface elements to the
separation boundary is considerably lesis than the mean free path
of the*radiation. There is 1 figure.
bard 3/4

S/12o/62/000/005/015/036
The efficiency of .... E032/E314
ASSOCIATION: Morskoy gldrofizicheskiy institut AN SSSR
(Marine Hydrophysical Institute of the AS USSR)
SUBMITTED: December 12, 1961
Card 11/4

FOPOVI N.I.; AMAZHA, E.G.; KOSOUROV, G.I.; YIJZEFOVICH, A.A.
Strontiwn-90 in surface waters of the Atlantic Ocean. Okeanologiia
2 no.5:845-848 162. (~gRA 15sll)
1. Morskoy gidrofizicheskiy institut AN SSSR.
(Atlantic Ocean--Strontium)
I

G.%; USHMICNA, N.P.
Long-laiting botp.-activity of the atmosphe.-re over the 'Itlantic
Ocean in 1960. Trudy 14or,, gi~rofiz. i.n,3t, AN U"i(SR, 29:111-21 164~
~MIRA 17~~7)

_L 45161-66 EWT (1)
ACC NRs AP6031332
SOURCE CODE: uR/0386/66/004/003/0084/0086
'7 6
j; AUTHOR: Kosourav, G. I.; KaLinkina, I. N ; Golov y, M. P.
j ORG: Institute of Crystallography, Academy of Sciences,,SSSR_(Institut kristallografii
TITLE: Reconstruction of an image from a hologr i"in nonmonochromatic light
SOURCE: Zh. eksper. i teoret. fiz. Pialma v redaktsiyu. Prilozheniye v. 4, no. 3,
1966, 84-86
TOPIC TAGS: laser application, holography, optic image, information processing,
coherent light
A_~STRACT: The requirements imposed on monochromatic light for satisfactory recon-
struction of an image from a hologram may be much less stringent than the conditions
necessary to obtain the hologram. When a light source with relatively broad spectr=
is used for the reconstruction of the image, a se*arate image is obtained for each
P
wavelength. The images differ in spatial position and in scale, and this reduces the
sharpness of the image and consequent],y leads to a loss of some of the information
contained in the hologram. The authors start with the premise that the reconstruction'
of a hologram in nonmonochromatic light constitutes an incoherent addition of images I
reconstructed from individual area elements of the hologram. The volume of informa-
tion retained in the image then corresponds to the information contained in one area
element and the aetion of the entire hologram reduces to an increase of the illumina-

45161-66
ACC NRt AP6031332
tion and the averaging of the graininess of the image due to the limited aperture of
the light beam in the case when the hologram area is small. An elementary analysis,
together with a calculation of the corresponding correlation functions, yields the
formula for the linear D of the elementary hologram area, which determines the angular,
resolution,*"for a source of spectral width 6%.' 1he same formula determines the max-
imum permissible spectral interval at which the Information contained in a hologram ofl
given width is completely retained in the reconstructed image. The question is dis-
cussed whether it is also possible, by foregoing the redundant information in the
h8logram, to use a light source of equally broad spectral composition to obtain a
gram on an area corresponding to the value of D. Photographs are shown,, reconst ted
from a hologram obtained from a diapositive slide: (a) in laser light, (b) in grreuene
light from a powerful lamp, and (c) in the light from an incandescent lamp through a
glass light filter. 7he dimensions of the hologram correspond to a 24 x 36 mm frame
~
-of a miniature camera. Analysis of the photograVas and of the calculations indicate
that a light source which is perfectly adequate for the reconstruction of an image of
Isatisfactory quality may turn out to be utterly 'unsuitable for the production of a
hologram. At the same time, there may exist a large number of problems and technical
isolutions in which the loss of information contained in the hologram is offset by the
isimplicity of reconstruction of the hologram in ordinary light sources. Orig. art.
ihas: 1 figure and 1 formula.
[02]
;SUB CODE: 2o/ suBm DATE: 22may66 / ATD PRESS: 5081
i Card 2/2 aajp_--'

ACC. NIRI AM00002 SOURCL' COD': W/00?0/66/011/006/0921/0923
AU-IrICII: Vaynsht-eyn, B. X.; Kosourov, G. 1.
i0l,G: institute of Crystallography Ail SSSR (Institut kristallografti AN SSSR)
TItIZ: 1%o laser as a source for optical Fourier transform
SOURCE: Xristallograftya, v. 11, no. 6, 1966, 921--923
TOPIC TAGS: Fourier transform, x ray diffraction pattern, laser application, laser
emission coherence
I:ABSTRACT: The laser be4m is discussed as a source of coherent illumination in the
1-prepiration of optical transforms. The high monochromaticity of laser emission and
the brij-'htness and spatial coherence of the beam eliminate the present need for a
's-.311 aperture diaphragm, making it possible to ob-~ain brighter, sharper, and more
!.detailed diffraction patterns which can be studied visually on a screen or easily
1 pho tko.gra plied'. The optical system used comprises the (,as lasor !J-35-~, a
microolujoc tive for oniarC~Ini~ U-a) 100"'.-II to 1:11r)
objoctive with the mask fixed in front and with a :;croon or a
iwithout an objective positioned in its focal plane, Ocular magnification of the
'diffraction pattern can be obtained by including one additional lons in the system.
lNo special measures are required for selecting a single laser oscillation mode. Any
C rd 1 /2 IjW,: 548.0
A& NR- AF7000002
object, including photographic masks with a periodi,-, structure, can generally be used
Ity requirements for photographic
as the diffractin.- model. 7!ransparency and uniform 0
masks are not as'rigid when using a laser source. 3onuniformitios in the photographicif
masks can lead to phase and amplitude modulation of the light field directly beyond
the mask,'but this phonomenon can be overcome to a large extent by the use of oil
L-mmersion. Information on phases of the diffraction beams can be obtained by shiftin.
them fror. the original and studying the corresponding patterns in the focal and in
intermediate planes. The principle of "shifting" might be used to introduce phases :Lnl
the diffraction from masks simiAating a reciprocal 'Lattice, and to thereby 66tain
optical Patterson systhesis and also Fourier syntho;sis of a crystal structure. "The d!
authors thank A. V. Shubnikov and V. F. Parvov for ;5upplying the photo masks they use
earlier in studying solution optics phenomena, and also N. A. Kiselev, to whom the
s; 4 figures. [061
electron microphotograph of catalase belongs," Orig. art. ha
SbB CODE. 20/ SUBIMI DATE- 30May66/ OTH REF: 004 / ATD PRESS: 5109

BLAGOVESHCHENKIY, S., doktor tekhn.nauk, prof.; VOZNESENSKIY, A., kand.tekhn.
nauk; VOYTKUNSKIY, Ya.,, kand.tekhn.nouk, dotsent; GERASIMOV, A.,
kand.tekhn.nauk, dotsent; GRECHIN, M., kand.tekhfi.nauk; DORIN, V.,
kand.tekhn.nauk; DORC60STAYSKIY,, D.-Y doktor tekhn.'nAuk; WqW2L_K,
dok~or tekhn.n-auk, prof.; KRIVTSOV, Tu., kand.tekhn,'nauk; MURU, N.,
kand.tekhn.-nauk, dotsent; SEMENOV-TYAN-SHANSKIY, V., doktor t,--khn.
nauk, prof.; SOLOVIYEV, V., kand.tekhn.nauk, dotsent; TOPORKOV, I.,
inzh.; FIRSOV, G., doktor tekhn.nauk, prof.; FISHER, A., inzh.;
KHRUSTIN, V., kand.tekhn.nauk,' dot8ent; EYDELIMAN, D., inzh.
Concerning P.Khokhlov's article "Determining the center of gravity
of a vessel during an inclining experiment with trim difference."
Mor. flot 23 no.5:33-34 163. (MIRA 16:9)
(Stability of ships)

M~:OUEOV, K. F.
A couree in `-I-,droaviation. !.oslcva, ONITINULP Gltw. rod. -viittpiorin3i lit-r.,, 1957. 298 ..-.

KOSOUROV, K.F.
Osnovy obshchei aerodinwdiki i aerodinaraki kryla. 11-skva) Voenizdat, 1946.
loo P.
Title tr.: Fundamentals of general aerodynamics and aerotmaitics of the wing.
NCF
SO: Aeronautical Sciences and Aviation in the Soviet. Union, Library of Conrress
1955

NEKRASOV, Boris Borisovich; BURAGO, G.F., pro].'-, doktor takhn.nauk;
prof,O reteenzent; FABRIKANT, N.Ta., retBenzent;
RUBM, S.S., retsenzent; SHILITSEV, A.N.,'nvd.; STRELINIKOVA,
M.I., tekhn.red.
(Hydraulics] Gidravlika. Moskva. Voiin.izd-vo X-va obor.SSM.
196o. 26o p. (MIRA 13:5)
(Hydraulics)

ARSIC 'TRY. A.A.; ZOLOTNITSKIY, N.D., kandidat telihnicheakikh natak;
KISELIV, Y&A.; KOSOUROV, ~!~!; XYLINIKOV, P.V.; TOROPOV, A.S.
(Safety measures in road building] Tekhnikii bazopasnosti na dorozhnom
stroitelletve. Moskva, Avtotransisdat Kinicteretva avtomobillnogo
transporta i shoseinvkh dorog SSSR, 1953. I.B6 p. (MA 7:4)
(Road construction-Safety measures)

XOSOUROV S N),~- q,
_,~ -- -
Mnximum permissible concontration of bentme vnporB in the nir
I In populated areas. Pred.dop.kontsent.nt-nosf.zngr. no.2:86-91
'55. (M HLA 10: 11)
1. 1z Instituta gigiyeny truds I T)rofznbolevaniy Akndemii
meditainakikh nauk SSSR.
(AIR-POLLUTION) (ERNZYM)

KOS01MOV, S.N.
Maximum permissible concentrAtion of benzine vapors in the air
in populated areas. Pred.d0D.kontsent.atmosf.zagr. no.2:92-98
'55 (MIRA 10:11)
1. Iz Institute gigiyeny truda i profznbolevanly Akademil
meditsinskikh nauk SSSR.
(A IR--POLL1JT ION) (GASOLINE)
Yu.
Author -f 30111c Vari-etiel.
Inst the NfiUhering Coeffir-ientGC
Title Deternining
of Trees.
-23;
auyl khuZjjalyd711Y' 1956, RO 11)
BashkurtOstan uo 11, 15-17-
Orig Pub S.-kh. Bashkirii, 1956~
eealings in flowerpotsi the vithe-
Abstract using three-year ola seterminLq for the: green ~%sh) 1faite
ring coefficient vas d (Stclingradskaya
d the smgll-leafed elm- soils
acaCia) an jisAtly jtrgi~aceOus
obl.a-lt'). On li.CPt-chestnut, thering cOef-
icity of 3.0% the vi
.h m=imum hy9rOsCO'P s proved to be., on the ave
.~Tjt
ficient for all three varieu e city. on dark-colored)
hygroscopi Tnav
rage, 1.50 Of maxima' ith inva hYD70scOD'c'ty
Moderately argillaceous soil w e withering
of 9.8% it is 1.29. in both cases tb
Card 3-/2
Card 2/2

KOSOUROV, Yu.F.; RARUSHIN, V.A.
Eff,-r;t of simazine on rose plantations durring, chemjt~al v,-eeLr;g-.
Trudy Inst. biol. UF-411 SSSR no. 43-.179-122 t65 19.,))
1. Bashkirskaya lesna7a opytinaya stantsiya rai.'(,I-,nO-
issledovateltskogo instituta lesovodntva i mekhmlizat.3"A lclc~,,.-Cgo
khozyaystva.

,/-- C~ 5 " /.'
KOSOV, A.
Maae from waste: feature story in pictures. Mast.less, no-5:20-21
My 157. (MIRA 10:10)
(Woodworking industries)

TSYPIN, M.,- KOSOV, A.; KOIBASOV, Ya.; GABRIWTICH, I.;j OIRTSOTSKIY, Ye.
Ismdug credit on payment documents in transit certified by economic
organs. Dan. i kred. 16 no.5:41-45 MY 1158a (MIU n:6)
1. Glavnyy bukhgalter Samarkandskoy oblastnoy kontor7 (for TSypin).
2. Glavnyy bukhgalter Zhitnyanskogo spirto-oovkhozkombinats, Bryan-
skoy oblasti (for KDBOV). 3. Starshiy Ixedituyy inspektor Azerbay-
dzhanskoy respublikanskoy kontory Goobanka, (for Kolbasov). 4. Glav-
nVy bukhgalter Belorusskoy respublik-Anukoy kontory Gosbanka (for
Gabrilovich). 5. Glavuyy bukhgalter gorupravleniya Bblorueekoy
respublikanskoy kontory GiDebanka (for Gertsovskiy).
(Samarkand Province-Orfidit)

KDSOV, A.A.
Simplification of the atock taking of delivered beet pi;lp.
Sakh.prom. 34 no.9:50-51 S 160. (MIRA 130)
1. Lopandinskiy sakharnyy zavod.
(Sugar beete)

300) SOV/99-59-11-4/15
AUTHOR:
'
Kosov A.P., Engineer
'
~
TITLE: '_ _
Onthe
Ues
ign of Flexible Irrigation conduits
2ERIODICAI: Gidrotekhika i Melioratsiya, 1959, Pr 11p pp 16-20
(USSR)
ABSTRACT: This article deals with the design and use of flexible
irrigation conduit. The author notes that the first
tests in the application of flexible conduits in agri-
cultural irrigation in the USSR date back to 1951-
1952; recently, he reports, 1.I. Velichko, engineer,
proposed flexible conduits of cotton fabric of in-
creased durability and density; these have been par-
tially tested in service. Such a conduit is illus-
trated (Fig 1). laying down and taking up such
conduits, it is stated, is done with the aid of a
reeling apparatus mounted on a KDP-35 tractor. 1rri-
gation by flexible conduit was studied jointly by the
Uzbekskiy nauchno-issledovatel.'skiy institut mekhani-
zatsii i elektrifikatsii oroshayemogo zemledeliya
(UzNIIMB) (Uzbek 6cientific-Research institute of Me-
Card 1/5 chanization and Electrification of irrigated AgriCUl-

On the Design of Flexible lrrigation Conduits
SOV/99-59-11-4/15
ture) and the VNIIGiM from 19156-1958 using conduit~of
I.I. Velichko's design, and involving work both in
the laboratory and the field. i(eporting on these ex-
periments, the author states that basic attention was
given the study of the factors influencing the uni-
formity of distribution of . water the length of
the conduit, leading to a design permitting easy and
precise regulation of the flow of water into the fur-
row. The following factors and their effects are dis-
cussed: unevenness in the land surface and landscaping;
slope of the land and the most favorable gradient;
choice of the optimum pressure in the conduit; proper
placement of water outlets in the conduit in rela-
tion to the ground surface. The author concludes that,
1) careful landscaping is necessary; 2) the optimum
"head" of water in the conduit is equal to no less
than 1-1.5 times the conduit diameter; 3) all outlets
in the conduit must be placed equidistant at-ove ground
level. Observation of cottonirrigation using this
Card 2A conduit at the Sovkhoz imeni pyatiletiya UzSSR (Uzbek

On the design of Flexible Irrigation Conduits
SOV/99-59-11-4/15
SSR), and the sovkhozy (State Parms) "Bayaut Nr 1,"
"Bayaut hr 4" and "Farkhad" as well as others in the
Tashkent oblast' revealed extreme non-uniformity of
distribution of water in the Irrigated furrows, (Ta-
ble 1), due primarily to insuTficient levelling of
the ground; non-coincidence of the distance between
furrows and that between conduit outlets, discussed.9
was a further difficulty. The basic defect in con-
duits of VNIIGiDl design, states the author, is the
absence of a device for regulating the flow of water
from the conduit outlet; I.I. Velichko proposed the
use of a valve for this purpose (Fig 2), the use of
which is outlined, but such an arrangement was found
unsatisfactory. in 1958 a special sleeve,, 40 cm
long and 35 mm, in diameter, vihich is sewn to the con-
duit was developed by the UzR'1IME for this purpose;
regulation of flow is done by metal clamps (Fig 3),
later modified as shown (Fij 4). This arrangement
was found satisfactory - erosion of furrow ridges
was eliminated, and precise zegulation of flow was
Card 3/5 obtained. In addition condults so equipped operate

On the design of Flexible Irrigation Conduits
SOV/99-'9-11-4/15
well on badly landscaped fields and at low pressure.
Operational experience, states the author, has shown
that flexible conduits of cotton fabric have a ser..
vice life of no less than 3 years; impregnated with
drying oil cotton fabrieltissufficiently durable and
is not damaged by rodents. Bowever cotton fabric
conduit is very heavy and tends to rot; In addition
it must be periodically dried out during the watering
season. In conclusion the author mentions that in
view of developments in chemJstry, particularly the
production of polymers, there is a real possibility
that a cheap, light and durable plastic material for
making flexible conduit will be developed, which will
allow replacing the XDP-35 caterpiller tractor, used
for laying down and taking ul-. flexible conduit, with
a wheeled tractor or low power auto chassis -- or even
eliminate the use of a tractor. There are 6 photo-
graphs and 1 table.
ASSOCIATION: Uzbekskiy nauchno-issledovatE,llskiy institut mekhani-
Card 4/5 zatsii i elektrofikatsii oroa;hayemogo zemledeliya

On the Design of Flexible Irrigation Condttits
SOV/99-59-11-4/15
kUzbek Scientific-liesearch Institute of mechaniza-
tion and Electrification of Irrigated Agriculture)
Card 5/5

KOSOV, A.P.; MAGAY, L.I.; NIKULBI, B.K.; PAK, M.S.; RUDAKOV, G.M.;
E.Kht; SERGIMM, V.A.; SOKOLOV, F.A.; SPIRIDONOV,
P.V.; SHPOLYANSKIY, D.M.; TIKHONOVA, I., red.
[Overall mechanization and cultivation practices for cotton
crops] Kompleksnaia mekhanizataiia i agrotekhnika khlop-
chatnika. Tashkenty Gos.izd-vo Uzbekskoi SSR, 1964. 407 p.
(MIRA 17: 11)
1. Sredneaziatskiy institut mekhanizatslti i elektrifikatsii
sel'skogo khozyaystva. 2. Sredneaziatsk-iy institut mekhani-
zataii i elektrifikatsii sellskogo khoz~iaystva (for all
except Tikhonova).

KOSOV, A.P., inzh. (g.Tashkent)
11 - I
Watering cotton using an irrigation nistwork of flume canals.
Gidr. i mel. 14 no.8t8-13 Ag 162. (MIRA 15:9)
(Cotton--Irrigation)
(Irrigation canals and flumes)

A. S.
- ~ .1
36943. K voprosu o ne-onorro~iWlrh uretri tal-di. Uc',, n. zapis! i (L'-,rC)~ na-d-ch. - i r--d.
kozhno-venerol. in-t) , u. ii, lgbg, s. 59-63.
SO: Letopis' Zhurnz--.I'nykh Statcy) vol. 50, r',oslwa, 190

KOSOV, A.S.
.
Gonorrhea as disease of the whole organiam; review of the literature,
Vest. vener.j Moskva nol,102-16 Jan-fab 11?5), (OUG 24:2)
1. Of the Department of Gonorrhea of Llvov Scientific-Research Dermato-
Venersologica]- Institute.

KOSOV, A. S.
KOSOV.. A. S. "Material on the innervation of Cowper's glands (on the
pathogenesis and clinical aspects of gonorrheal cowperitia)."
LIvov State Medical Inst. LIvov, 1956.
(Dissertation for the Degree of Candidate in sciences)
Medical
So: Knizhnaya Letopis', No. 18, 1956

KOSOV$ A.S.
Nonarsenical, treatment of pzogrossive paralysis and syphilis of
the brain. Vop. psikh. no.4:254-257 160. , 1111RA 15:2)
1. Livo-vokaya. paikhonevrologichookaya bolinitsa. Vneshtatnyy
nauchn,vy sotrudnik InstitutQL psikhiatrii AR14 SSSH-
(BRATT S)TIULIS) (PARALYSIS)

--KOSOVJ- A.S.
Automatically controlled conveyer transportation in the
"TSentrallnaya-Bokovskaya" mine. Ugoll Ukr. 6 no.6:33-34
je 162. (IURA 15:7)
1. Glavnyy inzhener shakhty "TSentrallmya-Bokovskayall
tresta. Bokovoantratsit.
(conveying machinery) (Automatic control)

KOSOV2 A.S.
Aminazine treatment of progressive paralysis. Zhur. nevr.
pBikh. 61 no.22t28r-2880 162. (MIRA 15:7)
1. Livovskaya paikhonevrologicheskaya bollnitsa (glavnyy vrach
A.I. Kovalyukh, nauchnyy rukovoditell - prof. Ye.V. Maslov).
(CHLORPROWINE) (PARALYSIS)

1. GVOZDETSKIY, N. A.; KOSOV, B, .
2. USSR (600)
4. Geography - Study and Teaching
7. "Lomonosov lectures" of 1952 in the Geography Department of Moscow University.
Izv. AN SSSR. Ser. geog. no. 5, 1952
9. Monthly List of Russian Accessions, Library of Congress, January -1953. Unclassified,

1. YIOSOVP B. F.
2. USSR (600)
4, Physical Geography
7. Great glacial epoch on the territory of the U. S. S. R. Geog. v shkole no. 6: 1952
9. Monthly List of Russian Accessions Library of Congress, March 1953, Unclassified.

KOSGV, B. F.
Gauceis'n - Glacial Epoch
"Traces of ancient glaciation an the northern slope of the central Caucasus."
Vest. Mosk. un. 7, No. 2, 1952-
9. Montlily List of Russian Accessions, Library of Conlress, October, 10,52+Wax Unclassified,

1. KOSOVY 13. F.
2. USSR (600)
4. GeoloLy and Geo,,rap1D,
C~
7. Central Black Earth He-ion. (PlVsical-geographical description,
0
Acad Sci USSR Institute of Geographor, Moscow, Press of Acad Sci
U33RJ 1952). Reviewed by B. F. Kosov, Sov. lMgii, No. 8, 1952.
9. FDD Report U-3081, 16 Jan 1953, Unclassified.

1. KOSOV, B. F.
2. u3sR (600)
4. Erosion
7. Controlling erosion is a matter of national importance, Las i step', 14, No. 11, 1952.
9. Monthl List of Russian Accessions, Library of Congress, FAhrn-7ry 1953, Uncl.

KOSOV, B.F.
Present day increase of gnillies. Izv.VFie.-.geo,-,.ob--.ra 85 no.4:458-463 JI-Ai-,
15). (MT-RA 6:8)
(Erosion)

KOSOV. 3F.
Brosion gullies and measures for preventing their formation. Teat.
Moak. un. Bar. biol., pochv,,, geol,, v)c)g, 12 no,4:1203-208 '57.
(MM 11-15)
1. Kafedra, geomorofologii Moskovskogo gosudarstvennogo univereiteta.
Otroaaa)

14-57-6-11809
Translation from: Referativnyy zhurnall Geografiya, 1957, Nr 6,
p 21 (USSR)
AUTHOR: Kosov, B. F.
TITLE: The Origin of Cirques (K voprosu of proiskhozhdenii
gornykh tsirkov)
PERIODICAL: Uch. zap. Mosk. un-ta, 1956, Vol 182, pp 45-48
ABSTRACT: Various explanations of the origin of cirques have
been offered. Freezing and "nevell theories have the
widest currency. According to the latter theory,
cirques are formed by nivation in places where snow
is preserved. But sometimes cirques are found in
places where there is no snow. They are formed
chiefly on the upper parts of slopes in both mountains
and plains, where intensive erosion is gradually
lessening and the so-called zone of "indiscernible"
Card 1/2 erosion is beginning. Cirques develop under definite
The Origin of Cirques (Cont.) 14-57-6-11809
conditions of depth and frequency of relief features and their
lithology under the influence of denudation processes. Nivation is
but one factor contributing to their formation. Well developed
cirques may be formed by the action of water runoff, by processes of
frost disintegration,-Sliding, creeping and flow motion. The nature
of the primary relief, particularly steepness and height of slopes,
is"a basic cause of cirques. Thus, according to the denudation
hypothesis advanced here, cirques may develop in a variety of ways,
but only when specific geomorphological conditions are met. Cirques
formed by denudation acquire certain specific characteristics if one
or another of the natural factors or conditions should become in-
tensified; they-then may become fully developed into erosive, karst,
and other forms. Analogous cirque forms may be devised under dif-
erent degrees of morphological expression under the same conditions
of the relief, geological structure, and climate.
Card 2/2 D. A. Timofeyev

KOSO
--~n ,
Hydraulic erosion of gullies in tundras. Nauch.dokl.vys.shkoly:
geol.-geog.nauki no.1:123-129 159. (MIRA 12:6)
1. Moskovskly universitst, geograficheak-iy fakulltat Imfedra
goomorfologii. (TundraB) (Brosion)

B7KOV, V.D., red.;_.UBOY,_J3.X,., red.; LAZUKOV, G.I., red.; MARKOV, K'K"
red.; RYABCHIKOV, A.M., red.; SAUEHKIN, Tu.G.. red.; LWIKOV, G.V.,
red.; CHMiM, M.P., mladsh'iy red.; KALICHEVSKIY, G.N., red.kart;
VIMSKAYA, M.N., tekhn.red.
(Methodology of geographical studies] Hatody geografichaskikh issle-
dovenii; abornik statei. Moskva, Gos.izd-vo geogr.lit-ry. 1960.
388 P. (MIRA 13:12)
1. MoBcow. Universitet. 2. Kafed.ra gidrologii suBhi MoskovBkogo
goRudarstvennogo universiteta (for Eykov). 3. Kafedra goomorfologii
Moskovskogo gosudaretvennogo universiteta (for Kosov). 4. Kafedrs
obshchego zemledeliya Moskovskogo gosudarstvannogo univeraiteta (for
Lazukov, Markov). 5. Kafedra fizi.chaskoy geografii zarubezhnykh
stran Moakovskogo gosudarstvennoga universiteta (for Ryabchikov).
(Geography--Study and teaching)

KOSO
Regional phenomena of gal3y erosion in the European
S.S.S.R. Pochvovedenie no.8;24.-28 Ag 160.
(MIRA 13,8)
1. Moskovskiy gosudarstvemyy un!~versitet.
(Brosion)

KDS)V# BOFO
Ravine eronion In Siberia. Vent. Monk . un. Ser-5:
Geor - (MIR& 13:7)
, 35 no-3:54-59 MY - Je 160.
1. KRfedra geomorfologil Moskovskogo waivereiteta.
(Siberia.--Erosion)

KOSOV, B. F.
Development of erosion gullies in nii,tural zones of the
U.B.S.R. Vop.geog. no.48;256-274 160. (MIR& 13:7)
(Brosion)

KOSOVD B.F.
Gully erosion in the forest zone of the European part of the
U.S.S.R. Zhiznl Z.-ta. no.1:91-100 162,. (MIRA 15~6)
(Forust influences) (Erosion)

KOSOV, B. F.; LIDOV, V. P.
First intercollegiate conference on soil erosion and measures
for its control. Nauch. dokl. vys. shkoly; biol. nauki no.3:210
162. (MIRA 15:7)
(EROSION-CONGPMSES)

KOSOVY B.F.
Phenomena of modern erosion in the region of Salekhard.
Vest. Mosk. un. Ser. 5: Geog. 17 no.5:59-62 S-0 162.
(MIRA 16.'4)
(Balekhard-Llrosion)

BYKOV, V.D., red.; ZVORKOVA, T.V., red.; GLADKOV, N.A., red.;
KOVALEV, S.A., red.; KO-SO-V B.F., red.; MARKOV, K.K.,
red.; RYABCHIKOV, A.M.,. ~re-.-~'-SAUSHKIN, Yu.G., red.;
SIMONOV, Yu.G., red.; KHRUSHCHEV, A.T., red.;
BOKOVETSKIY, O.D., red.; KONOVALYUK, I.K., mladshiy red.;
GOLITSYN, A.V., red.kart; KOSHELEVA, S.M., tekhn. red.
(Soviet geography during the period of the building of
communism] Sovetskaia geografiia v period stroitel'stva
kommunizma. Moskva, Geografgiz, 1963. 486 p.
(MIRA 16;10)
(Geography)

KOSOV, B.F.
Determining the intensity of ravine growth in the labora-
tory. Vop. geog. no.639126-132 163. (MIRA 17:3)

KOSOV.,-B.F, --
Research work of the Geogra#dralFaculty of Moscow University in 1962.
Vest. Mosk. un. Ur. 5:Goog,, 18 no.2t7O-72 Mr-hp 163. (MIRA 1633)
(~Ioocow-Geographical research7
0

KOSOV, B.F. (Moskva)
Gully contr'ol. Prirod& 52 no.4t55-59 163. (MM 1614)
(Siberia--Erosion) (Soviet Central Asia-Erosion)

XOSOV. B.F.
Gully erosion in cities. Izv.Vses.geog.ob-va 95 no 1.-%~-77 Ja-F
163. iMIRA 16W
(Cities and towns) (Erosion)

KOSOV, B.F.
Gully land erosion. Vest. Mosk. un. 3er. 5: Geog. 19 no.2151-55
Mr-Ap 164. (MIRA 17:4)
1. Kafedra geomorfologii Moskovskogo universiteta.

KOSOV9 R,F.
5orne reaults of the reseBroin worlk rl Ut Faaulty
of Moscoz Gntvsraity in 19633. Vest,~ ~-,% 4~ :~x~cg.
19 nc.'304 MY-Ja 1,54. .17'-e6)

-KOSOV, B.F.
Research work of the Geographical Faculty of Moscow University
completed in 1964. Vest.Mosk*un.;3er.5: Geog. 20 no-4:88-91
Jl-Ag 165. (MIRA 18:12)

KOSOV~ B. M. Cand, Goolog-Mineralog Sci.
Dissertation: "Methods of Prospecting and Eatimattag Deposits of Tin." All-Tinion
Sci. Res. Inst. of Mineral Raw Materials. 19 Mar h'7.
50; Vechernvaya Moskva, Mar, 1947. (Project #17836)

POYARKOV, V.R.; BRITAYEV, M.D., redaktor; OFMSIMOVKIY, V.I.. redaktor;
YFaSHOV, A.D., redaktor; --ONSTANTINOV, M.M.,Xedaktor; WYONTOV,
R.V., redaktor; SAAXW, P.S., redaktor; SMIRNOV, V.I., redaktor;
SOLOVIYEV, D.V., redaktor; CHMMOSTITOV, Tu.L.-, NIFONTOV, R.V.,
redaktor; XOSOV, D,Ko,, redaktor; KRASNOVA, N.E,, rodaktor;
X. "- 'eAw
GUROVA, Neekly redaktor.
Mercury and antimony. Otsenka mestorozhdenii pri poiskakh i ravadkakh
no. 15:3-207 '55. (MIRA 9:3)
(Mercury) (Antimony)

KHRU3HOHOV, N.A. POLIKARPOMIN, Y.Y.; BRITAYEV9 M.D.; TAR OV,
A.G.; SHCHKRBAKOV, A.V.; EWM, VIM., glavnyy red.; SHATALOV, Ye.T,,
zamogtitall glainogo red.; YKROFRWI BIN,, red.; ZSNKOV, D.A., rod.;
EIASNIKOV, V.L. red.; NIPONTOV, R.V., red.; SMIRNOV, V.L. red.,
YAKZHIH, A.A., red.; VIMUK, I.V., red. Jzd-va; AVMIYBVA, T.A.,
tekhn. red.
[Prospecting for mo denum, tungsten, tin, biamth, antinomy,
and miercury depositTaRazvedka mostorozhdenii molibdena, vollfram,
ol6va, viBmta, surlmy i rtutie Moskva, Goo. nauchno-tekhn. izd-vo
lit-ry po geol. i okhrane nedr, 1957. 130 P. (Motodichaskis ukazaniia
po proizvodstvu. goologo-razvedochnykh rabot, no.6). (MIRA 11:1)
(Ore deposits) (Prospecting),

AMIRAShANOV, A.A., red.;__KOSOV, B.M., red.; PUSTOVALOV, L.V., red.;
&UTALOV, Te.T., G.V., red.izd-va; BTKOVA,
V.V., tekhn.red.
[Applied geology; problems of metallogeny] Prikladnaia geologiia;
voprosy metallogenii. Moskva, Goo.nauchno-tokhn.izd-vo lit-ry po
gool. i okhrane nedr, 1960. 134 p. (Doklady sovetakikh geologov.
Problema 20). (MIRA 13:11)
1. International Geological Congress. 21st, Copenhagen, 1960.
(Oro deposits)

KOSOV b !,]
ivincipal restiltz of' geological prospecting in Siberia and plans
for its furt:.~r develop ent. Sov.geol. 5 no.4.~-14 Ap 162.
m I
(MA 15:4)
1. Glavnoye geolo,,icheskoye upravleniye pri Sovete Ministrov
RSFSR.
(Siberia-Prospecting)