SCIENTIFIC ABSTRACT MASHKOV, I.P. - MASHKOVA, YE.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001032720003-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 12, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

2~,369
~;/j,7y76'/000/005/003/005
.4. case of warked barotrauma D2b4 D3~5
D
symptoms of pneumc- and hemo-thorax dnd also subcutaneous en--
physema of the neck and up,)er purt of 'Une thorax und seine,
which developed under therapeutic decompression, were obviously
due to lesions of individual sections of the visneral pleura,
The author concludes that, in treatin6 barotrauma of the lungs
with marked symptomq of iilness, the pressure in tne decoiapres-
sion chamber should be raised to 8-10 atm., despite tne fa-t
that the symptoms may have disappeared at a lower pre.;sure.
SUBMITT:&D,, April 1960
Card ~/j

MASHIDDY, I.P.
Calculation of depth doses In associated radiotherapy of cortical
cower; prollmialmary comnunication. Top.onk. I no.2:81-87 155
(K6RA 9:10)
1. Is Kirglsskogo respublikaMskago onkologicheskiogo dig"mas"
(saw. 1.P. Neshkow)
(CUTIZ. UTMU, neoplasms.
tbar.,z-ray, calculation of deep dos.)
(RADIOIKOAPT. In various diseases.
cancer of cervix, calculation of deep doe.)

EXCERPTA MEDICA Sec 16 Vol 7/4 C=cer iLpr )I
3- COX" of shin Cancer treated at the Oncological Dispensary of the
---bUC (RUISGIMIS teat) MASHKOV 1. PJ.'opr. O?tkol. iq
.56,215 (582-586)
A is ted on the results ffx--ra-Y-iWff-apV (W 156 patients with calKw of
the I (non-ulcemied) or 11 (ulcerated). ~Mc nmt efrccti..e was contact
radia with & IOW dmF of 5,em to fi,oon r. Cure was achieved in g4% of
ems of grade I cancen and in 3:50/6 of grade 11. The histokqical structure o(the
Iberapeutic effiect. Electresurgesy was uwd on
Soo pmbntl~ of wbom only one had a recurrence. Elec rosurgery gives the be"
few and a recommmad in all cam of a recurre. cc Zilowi4 X-ray therapy.

ZUSHKOV9 I.?. (Frunze)
, Inevessing body resistance to maligunt tumors and antireticulAr
cytatoxic ass . Trach. delo nc.5sl9-n My 161, (MIRA 14s9)
1. Kirgisokoy respnUikansidy oakologichesidy dispanser (Nawbay
rulwwoditell - prof. A.K.Kruglow).
(GANGER) (ANTIMICULAR CTMOZIC SERUM)

.MASHIWV. I.P.; W2.ZLYAKOVA, M.V.; PETROPAVLOVSKAYA, N.P.
Met All-ftAsian ConMen of Hoentgenologists and the first All-Rusaian
Cmference m Fluorography. Saw. adrav. Kir. no.3:59-.62 My-Je 162.
i (MIRA 15-5)
(RADIOLOGY, MEDICAIP-CONGHMSES)
(DIAGNOSIS. nuoRoscopIC-CONGRESSES)

KkSHKOYP I.?.
r
Symposium on probleims in the radiotherapy of sontumorous disease.
Sovadray.91r. no.4s6l-63 JI-Ag 162, (XMA 15A)
(RkDIOTHEWY--MNGRLWES)

HAbHKOV., I.?. (Frunze)
~
~bdicinal treatment of malignant tumors. Felld. I akush.
28 no.,4a28-31 Ap'63. (HIIA 16.8)
1. Iz Ministerstva zdravookhrananiya Kirgizakoy M.
(CYTOTaXIC DRUGS)

UKHARM, To.v,; KUHM, I.V.
A40wate CalmdatIon of the holding capacity of g"t and
poc2s, GOOL nefti i Pas 5 no-413408 Ap 161. (XM IAS4)
le 110000YUMW nawhno-imledavatelfWdy geologo-raw"oehW
neftyawy institut.
(ass 9 Natwel-49010gy)

BMtSHWj M.S.; MASHKOV, I.V.; CIERNOBROV, B.S.
Formtion of ail fields in Prikuwk District of eastern Ciscaueasia.
TnAY TMGNI no.31W36-163 161. (WPA 15:7)
(Prikumok District-Petroleum geology)

BUBSETAR, H.S.; IWHKOV, I.V.; CHERNOBROV, B.S.
Conditions governing the formation of gas-condensate fields in
the Yeisk-Berazant region. Trudy VNIGIi-I no.34:179-192 161.
(MIRA 15:7)
(Krasnodar Territory-Coridennate oil vans)

BURSIrIAR, M.S,; MASHKOV, 1.V.) WCIETSKIY, A.Ye.
Conditions determitdrg fhe foraation of oil and gas pools in
the TarkhankuL Peninsu-p. Geol, neft! i gaza 6 no.6:33-37
.Te 162 . (MIRA 15:6)
1. Vsescyaznyy nauclmo-iesledovatel~aktiy tI:-euIcfc)razvqdochnyY
neftyanoy inatitut.
(Ta--khankLt Peninsula- -Petroleum geology)
(Tarkhankut Peninsula--4aa, Natural-Geology)

su=Mmk 1"MM41, affimlleviebt 0 0 1
M�M i TWI-I"Mil MOV114L
Invemyt B.A.p kwA. isol.-almw-re ~k.-red.j TUNGM,
A.M.0 ved. md.1 VOIDMVAO T.T.p takhn. red.
(Cooditims Vvend" tbe formUou and chazzaUrtatles of
the d1stribstlas of oil and S" poolo as revmlod by the
stift In Clasawaids mW the CAmmn OtOPPS4 Uslowl" far-
simmIls I oWmamernosti ra~sbobwdia wdesW neM I
pn ( as primrs Preftaftslia i stqmp 11yu). NoW lop
Gassaptem 264 p. (M RA 16:7)
Mortbarsip-PetmIsm9ooloa
(ca
(cau,pamm: Worthors-.4as, Natumi-asoloa)
(CaMima-Petralempoloa)
(C:rinm--."s, Natuml-.G~oUa)

MASHKOV, I. V.
- .. A-"--
Relation of the basic physiochemica-I properties of olls tot he
time of the formation of oil accumulations in Kuma Valley. Trudy
VNIGIG no.38i84,-88 163. (MI RA -.17-6)

hweauve luesdalles for lvn~, mrav"Ibmaods 20-38
OM 1397)
9606.
is: A toVeney g, Uddsm (meWd%llt
1-%m modtoripy obsUr IbUorebW sb*Uneoy A~
A*P. Visbuwddyi*
(Mww~)

NOW me
.7- ~ ~'- ~ OPW&tjng ps 11"s Ndlv-kom.WM- U
nt" a hnimak Into an
(KMA 14s7)
SOOOLWO J&.1.9 j0 161.
'"
1. mxmy wimm a= elbogasee

HOVIKOV, N.V.; MASHKDV. M.P.
Comp"nsed-air pusher for mine cars.
F 160.
1. Treat Udirevehakhtostroy.
(Mine railroads--Cars)
(Pneumatic machinery)
Shakht.stroi. 4 no.2:23-24
(MIRA 13:5)

~ (' V f ~
NASMT9 P- v tokbulk-narwdrovshahlk (JabUY),
~-
Veins caprole fibres, Frm koopi, 12 ao,2t2l F 158. (MM lltl)
(Slaves) (Imattlo fibers, "botle)

MiSHKOV.S.T.
Remote measurmsent of ocean ways parlods. Trudy MGI 4:285-30
954, Oaft M: 6)
(?elemetertmg) (waves)

ItDROWA, L.A. -. KASRMOV, S.T.
AutamtIC &*WIG@ fOr rOCGrdIM6 thS POTI*df *f SO& W&TOG &ad '"
tmttvso Truer 01 15156-& 1590 (MM lat 6)
(Oceauegmvblc Intrumats) (VaTes)

BFJMINAV G.; GAYEVOYI Ye,, kand,sellskokhos.nauk; DINAR=A, G.; RADUVICH.Do;
TRUDMZUBOVA9 To.- WHZD-V.-L kand.sillokokhos.nauk; PANIMM9 Iq,
kwd.tekbu*nauk. [de7c;W,~-d-T-
New methods of preservation of fur and garWat sheep pelts wA
uschamisation of their processing. IIL&soind.MR 33 no.5&15-U 062o
(NIPA 15:12)
I* Veosoyusnyy naachno-iseledovatel'skly Institut sWunoy promphlemosti
(for Dryusgina, Gayevoy, Dim Ileva, Radkovich, Trudolyubova). 2. Smuchno-
1seledovatel'skiy institut mekbovvy promphlenwati (for Muldwv, Pkm7Wdn)*
(Hides and skins) (Asombly-line w**W)

ZHABIN, V.I.,, gornyy inzh.; MASHKOV V.K gornyy inzh.
0
Attending of two boring macbineo by a single worker. Gor.zhur.
no*10:74-75 0 164, (KIRA ISSI)
1. Gosudarstvennyy nauchno-issledovatelisk:Ly institut gorno-
kbi-icheakogo syrtya (for Zhabin). 2. Kombinat "Apatit" (for
Mashkov).

SOV/ 124-58-8-8826
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 8, p 70 (USSR)
AUTHORS: Perevermev, S.K., Mashkov, V.N.
TITLE: Water-lifting Equipment for Use in Pastures (Vodopod"yem-iiki
dlya pastbishch)
PERIODICAL: Tr. Sredneaz. n.--.. in-ta irrigataii, 1957, Nr 81, pp S7-65
ABSTRACT: Results are given of comparative tests made of four types
of water-lifting equipment (horse-driven and operated by
electric motor) installed on wells of different depths.
M.A. Peshkin
Card 1 /1

MASHOV V N.: Master Tech Sci (diss) -- "Investigation of belt water-hoists
and some problems of their exploitation in the shaft wells In the deserts o[
Central Asia". Tashkent, 1958. 26 pp (Min Agric USSR, Tashkent Inst of Engineers
of Irrigation and Mechanization of Agriculture T11IMS100, 150 copies (KL, No ~,
1959, 137)

MASHKOV., V,N.
Goncerning certain features of the new models of conveyer water
lifts, Vop, gidratakh. no.1502-38 163.-
(~CRA 18:2)

CHUMAKOV, M.P.; LIVOV, D.K.; GOLIDFARB, L.G.; ZAKLINSI(MA, V.A.;
GAGARINA, A.V.; YASIN, A.Ye.; RODIN, V.I.;
VILINER, L.M.
Effect of the length of intervals between inoculations on the
efficacy of vaccination and revaccination against tick-borne
encephalitis. Vop. virus. 10 no.3:266-270 My-Je 165.
(MIRA 18:7)
1. Inatitut poliomiyelita i viruenykh enteefalitov AMN SSSR, Moskva,
i Kemerovskaya oblastnaya sanitamo-epidemiologicheskayu startmiya.

KUMV, V. T.
Inare"Ing the prodactivity of umt~tlc windlag mchbom by
sepamto speod chavas om the mchiss. Taket.prm. 14 no.9:
542 154. (NM 7: 11)
1. Nachallulk 00 Glukbawskoge khlopcbstob~bnogo kombluata
In. LMIM.
Obole (?=tile mabftory))

3-58-2-2/33
AUTHORS: Golubtsova, A.A., Doctor of Technical Sciences and lbahkov, V.V.p
Profeemw, Doctor of Technical Sciences
TITLZ: The Textbook and the Student's Independent Work (Uchobnik i
samostoyatellnaya rabota studenta)
PERIODICALs Vestnik Vysshey Shkoly, 1958, # 2, pp B-13 (USSR)
ABSTRACT: The supplying of the higher schools with approved text-
books and training aids is far from perfect, either in quanti-
ty or quality. The issue of 350 textbooks and training aide
per year does not satisfy demands, and a great number of ap-
proved textbooks and training aide, especially those on now
scientific fields (automation, tolomechanice, electronics,
nuclear power, etc), have yet to be printed. The problems
of coordinating the student independent work to give them
full access to instructional literature is being studied.
Textbooks and training aids are divided into four groupst
a) general theoretical subjects, taught in the first and
second course (mathematics, physics, chemistry, descriptive
geometry, theoretical mechanics, etc); b) general subjects,
defining the scientific principles of the speciality (prin-
Card 1/4 ciples of electric engineering, thermal engineering, radio-

The Textbook and the Student's Independent Work 3-58-2-2/33
technics, hydraulics, etc); c) general engineering subjects
for non-specialists (e.g. electrical measurements, electric-
&I machines, electrotechnical materials, elements of auto-
matics and telemechanice, etc), i.e. for all student-olec-
tricians who do not specialize in these subjects; d) special
basic subjects, which outline the trend and content of the
student's speciality (area of concentration).
The textbook on general subjects, unlike the textbooks
for the general theoretical courses, need not necessarily
comply with the program. Textbooks on general engineering
subjects should have a technical content, being encyclopedic-
al in exposition. The content is defined by the engineering
methods of computation, processes of operation, general prin-
ciples and peculiarities of the constructional solutions of
devices, apparatuses and machines. The content of the
training aide on special basic subjects should be more eso-
teric than the content of a locturiLg course. In the train-
ing aide on special basic subjects not only the established,
commonly accepted technical solutions and methods should be
presented, but also the unsolved questions and problems of the
national economy must be taken up, and ways and means of solu-
Card 2/4 tion indicated. The exposition of material on special basic

The Textbook and the Student's Independent Work 5-58-2-2/33
subjects In the training aids should be connected with new
technique, advanced practice, production and exploitation in
the respective branch of national economy, and foreign ex-
perienco. For the first 3 groups of subjects, the textbook
must contain a systematic exposition of knowledge obligatory
for every student, and the usual material. The situation is
different with the educational literature for the special
basic subjects. Instead of textbooks there should exist
training aide containing not only the ourriculum, material
but also material in excess of the program, reflecting the
latest achievements in science and technique and the pro-
specta of their development.
The textbooks compiled for vuz's should be founded on the
methodical experience of the staff of the leading chaire. It
in, therefore, expedient to entrust the compilation of text-
books to these staffs. Collectives are best for compiling
textbooks on general theoretical and general subjects while
it is more expedient to let only one author work on tr4ining
aids for the special basic subjects.
To ensure a high quality of textbooks on all subjects, the
competition method of compiling now textbooks should be
Card 3/4 practised more extensively, principally on general theoretical

The Textbook and the Student's Independent Work 3-58-2-2/33
subjects.
ASSOCIATIONs Moskovskiy energeticheakiy institut (The Moscow Power Engi-
neering Institute)
AVAILABLEt Library of Congress
Card 4/4

MASHKOV, V. Ye.
A'ut,.)matlc, proportlln.,.inv devlc(, for liquids. Biul. tekh.--skon.
J11form. GOS. natich.-A.Fislanhuche 11. Wkh. inform. 1.7 no.9119~20
S I F"',
(KIRA 18.-1)

GHM%W, I., podpolkovnik tekhn, oluzhby; KA-9RKOV# YU99 insh.-mayer.
Cleanjag the oat*rplll&r track, bakist no,1:55-.56 J& 058.
(bake (VAII" salaam )-YjLlutonanoo and repalr) (KM 11t3)

KASMV, u.
ftj tb~ ca=cll of prod="'@ cooperatives act corroctly?
From. kmp. 13 uo.ift29 Ap 159. (MM 12:6)
leftIm artell 00ktyabrls, C.Prjk~k, Stavrepollskege kraya.
(Velkwok-4oapereslys seeletles)

cHuKHLANTsEy, Y.G.; USHKOV,, Yu*)'-
Interaction of zircon w-,h caustle alkalies under h7drotheTual
conditions. Zhur. neorg. Aim. 9 no*621492-1493 -Tet63
(MIP,A 17t8)
1, Urallskiy pciltekhni-gskoy institut immi ?dravae

PiLume 8.3. (do"amed]; ma. NJ.; KRASOTKITS Level VIKOW6 P'Ta.8
RUMM9 A.K.
912-a mWW of Wole ecowerter steel (wIth %Mor ojWgim blest).
SUL NRIM uo*Mt%-52 IN. (KM& 110)
(Railreffide-milm)

MU, N.I., insh.; RTZHKOV, P.7a., insh.; GORYUCHKO, IOG., insh.;
imh.; Printmali uchastjqe: LusHiTs, s.i.;
KOWTO Bel.; KOBWHBBVj, A,D.j CRMCUMO I.I.; JoLpOVSKjy,
NoNo; GO=01 OoF,j EMNEY9 A*N.; SERDIN, I.Vo; IVANCV# I.T.;
ALMMU9 N.Vo; MIMLISON, N.Ya.
QU&lity of pipe billets and pipes made of killed converter steel,
Stall 21 no.9:824-,825 S 161o (MIRA 14:9)
1. 11stallurgicheskiY savod im, Petrawakogo i Truboprokatnyy
savod iia, Imnim,
(Pipe# Steel)

Bacl]LU
Vp 323AM,

ACC NRi
AP7003897
SOURCE CODE: GE/0030/67/019/001/0407/0415
AUTHOR: Evdokimov, I. N.; Mashkova, E. S.; Molchanov, V. A.; Odinuov,
D. D.
ORG: Scientific Institute of Nuclear Physics. Moscow Stato University
TITLE: Dependence of the ion-electron emission coefficient on the angle of
incidence
SOURCE: Physica status solidt, v. 19, no.1,1967, 407-415
TOPIC TAGSt ion emission. electron emission, ion electron emission. incidence
angle
ABSTRACT: A study was made of the dependence of the coefficient of ion-electron
emission on the angle of incidence of a graphite target and polycrystalline metal
(Cu, Ag, Mo. Zr, W. B0 targets, bombarded with inert gas and nitrogen ions at
25--30 kev. The application of a magnetic field parallel to the axis of rotation
shows that both the positive and negative ion currents to theconector are negligibl.
small. The emission coefficient increases with an increase in the angle of incidene
1/2

AP7003897
up to about 80 to 85". Up to a certain angle (between 36 to 81% depending on the
ion-target combination) the angular dependence may be approximated by a
reciprocal cosine law; for larger angles the variation in somewhat slower. Com-
parisons are made with calculations based on the transparency model. Orig. art.
has: 4 figures and I table. (Authors' abstractl
(DWI
SUB ODDZ: 201SUBM DATE: OlAug67/ORlG REF: 00110TH REF: 0111
Cwd 212

feel
]a M-A
am

XASMVA, G.S.
-----rsrvetur~oof ~Jwltorranms cyclones trowersing the Black Sm,
?may Mal 159. (MM 1216)
(Black haw-C7cloues)

Foobso of Batumi. TrW MI 16:74-M 159.
(NM 13s5)
(DatvAel reslon-Poebs)

i
ACCESSION NR: AT4010218 S/3056/63/000/000/0003/0013
AUTHOR: Aleksandrova, A. K.; By*zova, N. L.; Mashkova, G. B.
TITLE: Experiments on the dissemination of precipitating contaminants from a
point source in the lower atmosphere
SOURCE: Issledovanlye nizhnego 300-metrovogo sloya atmosfery*. Moscow, 1963, 3-13
TOPIC TAGS: meteorology, air pollution, precipitating contaminant, point source
contamination, lower atmosphere, turbulent diffusion
ABSTRACT: In calculating the diffusion of eitherprecipitating or weightless
contaminants in the boundary layer of the atmosphere, a phenomenon which depends
both on the properties of the contaminant particles and on the turbulence of the
air, the maximum concentration of contaminants and the distance of this point from
the source are of considerable interest. The authors therefore present the re-
sults of 53 experiments. and derive formulas for these parameters on the basis of
2 systems of calculation, assuming either that the coefficient of vertical tur-
bulent diffusion increases linearly with height, or that it is independent of
height. For this purpose, 4 types of atmospheric stratification were distinguish-
ed (indifferent stratification and 3 degrees of instability), and inversions were
not considered. As shown by graphs relating the height of the source to the dis-
Card 1/2

ACCESSION NR: AT4010218
tance between it and the point of maximum contaminant precipitation, as well as
the relationshipsbetween atmospheric turbulence and the maximum contaminant con-
centration or length of the contaminated zone, the distance from the source to the
area of maximum contaminant density, corrected for the effect of gravity, was
proportional to the height of the source within each type of stratification and
within the altitude range of 25-300 meters (error of + 25%). The parameters of
horizontal diffusion were determined by the type of sTratification, while the
position and magnitude of the maximum contaminant density and the length of the
contaminated zone were determined by the ratio between the gravitational forces
and the turbulence. At relatively high turbulence, the first type of calculation
yielded better results for the maximum contaminant density, but the second type
of calculation was preferable for determining the'length of the contaminated zone;
at relatively low turbulence, the method of calculation was Immaterial. orig. art.
has: 3 tables, 5 figures and 12 formulas.
Card 2/2 /1/.' - ~A_' - - -
8 (0 /006

ACCESSION NR: AT4010319
S/3056/63/000/000/0014/0025
AUTNOR: V61kovitskeya', Z. I.; Mashkova, G. B..
TITLE: Wind profile and the characteristics of the turbulent regime In the lower
300-meter layer of the atmosphere
SOURCE: Isslodavanlye nlzhnego 300-metrovogo slays atmosfery*. ftscow. 1963, 14-
25
TOPIC'TAGS: meteorology, wind, wind profile, atmospheric turbulence. lamer at-
mosph6r*, temperature profile
ABSTRACT: After reviewing the various techniques for calculating the wind profile
In the lower levels of the atmosphere. with special reference to the methods of
Obukhov-Monln and Monin-Kazonskiy. the authors apply those calculations to data an
wind velocity and temperature obtained at 13 levels of a 300-meter meteorological
tower between August and September of 1961. Particular attention is devoted to
the profiles of wind and toWerature In the layer nearest the ground, calculated
by means of: - (2) F, .1 it) F, (-L- -
Ve U, Ll
-( 2) = F,(L . 14) FS ut
Card 1/4 V, L&

ACCESSION WE: AT4010219
Card 3/4
Wil

jolI
10

EXCLAMURE: 0 1

for

ACCESSIM MR: AT4010219 INCLOSUM: 02
Citation to Fig. 1.
Fig. 1. Relationship between wind profile, altitude and P (the relative
heights of the dynamic sublayer and dynamic layer).
I - 96.8 m; 2 - 193.0 m; 3 - 241.1 m; 4 - 289.2 m
Card 4/4 - 10 (2/206) -

ACCESSION NR: AT4010222 S/3056/63/000/000/0041/0044
AUTHOR: Mashkova, G. 8.
TITLE: Characteristics of atmospheric stratification during inversions
SOURCE: Issledovaniye nizhnego 300-metrovogo sloya atmosfery*. Moscow, 1963,
41-44
TOPIC TAGS: meteorology, air pollution, atmospheric stratification, inversion,
contaminant diffAts4on
ABSTRACT: In previous work, the diffusion of contaminant particles has been
found to dependon the parameter (At/Av)I00 where at is the difference in air
temperature between 2 and 100 m and &v is t4e difference in wind velocity between
100 and 9 m; however, this relationship is invalid for a stable atmospheric
stratification (inversion). The author therefore anaUzzed the results of ob-
servations from * ltigb me4eo,;olmical tower in July 1 1 to claril)r the relation.
ship between at (the difference In temperature between the upper and lower
boundaries of the inversion) and AN (the difference in height between these
boundaries), and the dependence of both of these parameters on A (the diurnal
temperature amplitude at an altitude of 2 m). Empirically,
card 1/3 at 0,5 A and
6 (2/206)

ACCESSION NR: AT4010222
-A H 6,25 A.
The relationship between (ht/&v)loo and AN Is shown In Fig. I of the Enclosure.
Graphs are also presented showing the diurnal changes In this parameter and In
the wind and temperature profiles at varying altItudes. owing %Dlnsufflclent
data, the author was unable to determine the characteristic cnanges In wind
direction with height. He points out, however, that accurate Information as to
the height end temperature of the boundaries of an inversion Is essential. Orls.
art. has: 3 figures and 2 formulas.
Card 2/3

L 37700-66 DW (1
SOURCE CODE; UR/03621166/002/007/0681/0687
AUTHOR: By3ova, N. L.; Mashkova, G. B. -.?4
ORG: Institute of Applied Geophysics (Institut prikladnoy geofiziki)
TITLE; Dimensionless characteristics of the vind-velociv profile from measurements
in the lover 300-c layer of the atmosphere
SOURCE: AN SSSR. Izvestiya. Fizika atmosfer7 i okeana. v. 2, no. 7, 1966, 681-687
TOPIC TAGS: micrometeorology, wind velocity pmedfte, meteorological
tower, v Mur d 19Wer, aiow6 i0ponadaft, geostrophic drag, atmos-
pheric turtulence,&4"-n;1j:
ABSTRACT: Extensive wind velocity data obtained in 1962 and 1963 from 13 levels of
the 300-m meteorological tower of the Institute of Applied Geophysics [Obninsk) and
from 5 levels of the surface boundary-layer gradient tower have been used to obtain
dimensionless wind profiles in the lover 300 m of the atmosphere for the stratifica-
tion parameters B and 1j. Here
B== 4111T0). (Ai)/vz)j
where A# is the temperature difference at the 1- and 4-m levels, v is the wind
speed at the 2-m level, g is the gravity acceleration, and To is the mean absolute
temperature);
IV.1 [,X2g / To (-q / CPO 1,
card 1/2 Tffw, -1; r,

L 37700-M
ACC Nib
where q/cpp is the vertical turbulent-heat flux divided by the specific heat of the
air at constant pressure and density. The scale L, 21 XV*/L was used to normalize the!
vertical coordinates (v, is the drag velocity, L a the Coriolis parameter, and x
Is the Karman constant). Me values vo and B were calculated for each profile, and
the profiles were grouped by the proximate values of bath parameters; the averaged
profiles wore normalized using the mean value of v, for the group. Subsequentlyl the
normalized profiles were again grouped but only for the stratification parameters B
or p (total of 20 B groups and 16 jj groups). Results indicated that under stable
conditions the dimensionless profiles were greatly dependent on the stability paramdW
but shoved no dependence on this parameter under unstable conditions. Investigations
made to determine the dependence of the geostrophic drag coefficient on stratifica-
tion were compwvd with the theoretical conclusions of O'Neil. Changes in the pro-
files with changes in stratification were found to be essentially identical, but
there were quantitative differences (greater spread in v/v* values and in maxim-
speeds). Orig. art. has, 3 figures and 2 tables. [ER1
SUB COW: 04/ SUBM DATE: 25Jan65/ ORIG REP: 007/ OTH REF: 004/ ATD PRMS:
card

3(5) OICV/12-91-2-16/21
AUTHOR: Mashkova G,V,
TITLE: M.I. Davydova, A.I. Kamenskiy, G.K. Tushinskiy;
Physical Geography of the USSR. Exercises;
Uchpedgiz; Moscow 1956; 164 pp and maps.
PERIODICAL: Izvestiya Vsesoyuznogo,qeograficheskoSo obshchestva,
1959, Nr 2, pp 188 - 1 (USSR)
ABSTRACT: The author reviews the above named handbook.
Card 1/1

NAMOVA, L.K. I LnZMU. R.Yu. LIK. 0. 1.
-"""ftWMWM*WWW
obsrseterigtiag of tho sproadlag of lnflusns& 4BOug & CrOW Of
oUXreu. Sur. mikrobiol. SpId. 1 too=. n0-10:96 0 154-
(NLRA 8: 1)
1. 1g Dasprqmtrovgkoge Institut& oplassiologli, nikrobiologit
I g1glymW I Datskoy klinlehookoy bollultsy Cktyabrlskogo raWona
(CHILWaM-918BASM) (MUSEW

ULMOVA9 L. K., Cand of Ned Sci - (dies) "Certain Properties of ActinoWeint Obtained
from a Ikm Producer,,* Dnepropetrov k,, 1959, 15 Pp (Dnepropetrovsk State Medical
Institute) (KL9 2--60t 117)

J~ITTISLK~NA, A.
14A 3 F1 K CfV A L_ISLOj,
-Effect of tlempEratu.- ~ n r.a wi s (j r 1. n c aDal: ty -~f r%,
with respect to riyjrc-,,.-!r! I n 7,L r i -:ii f, e 1
u-n. Ser. 23Fhim. 2() no. 5,',-',-54 1
1. F&f(-.dra ..bshcl-.-uy khia.41
~31 Leta. S-vtorj~ tted Mhrch ,'# J--4E5.

Ul'S'iCKM BIBLIWItIFIl RUZ;-i, liH Pr ~17ilCl-WhIM4. IZDA,,,l f 1703-1
I KATERIALY PO STATISTIKS VS--h0Y PE:G011fHESY.O~ PECH,,Tl
jUPHM OF i[TJS,,:IA,, PERIODICA1.5 P-RL,TED 1701-iQ514. ~:-D ST,""l-
IbLIOC
STM~L -ATEUAIS Or PRE.SS, R-f) ~,.V. (,)Vi, I
MIL~URAD, 1956. -1 3(l 1. TAIrl.17S. (lilaJ(A;.RAr-IYA Al'-'SKOY BDLBY""t-
AT HRAD OF TITLE: U.;LiGiLD. P'Sl ICH, A'ii
927.916 114 /5
9,16 N /5
Q'27-927 h 15
747 N/5

MK"fw IIVA2 N.A.# ic-Khn. rI-UK
DA.ff'u-q~.an bt--nd~ng h-gt'-
21 D 163. :.-4TRA IE-
A~ f'f' ti-k:
I . . L anoy 9
v -vakitme Zcr-i'a ~hc-7,;,~,ys* -3. Yc s~crEkGq-

MV:1 0.
"losses of -water-sr'l A.--le
sveptin!- of %~or,Krxs ir. not ~:i.ops r S'. r
renort, submitted ni, the 13t.h '.13--rdrin "or.-ress of :,~r-
.-nd Inf,-ctinnists, 1".

1. MAWOVAI T. 1.
2. USSR (600)
4- Owerative 4Jrgansj, Female
7. Two cases of female genital actinomycosis Akuah I gin no. 6 1952
MoBM4 Lists of hasaian Accessions Library of Congress, March a ed.
_ __9 19530 Uncl asfi

NASMNA,. ?.I. and VORISOV, Yu.1a.
Mlq*rlWftW vork on the accalaraUan of drylag In an acousUc tuad.w
repor presented at the All-Union. Scientific-ftlneering Conference an
t1w AWlication of Ultrasonics in Inftstry, Moscow, 22-26 November 196c).

MASH XOVA, ';- 5-
,,irec; S,~ C.
- V ' "The ~,m
.. a! IIIJ, V, - I. J. J; (Akadt- :Iau~
teoret. astronoi, I
So; U---32,61, 1C April .~ , k'Lf---.-opis 'Zhurr,:,l
-, , - I
*,!(, t *,-,,.,,,,,.,,,If, 7-yull;T~c I
rr I
; -~, 194~, s -
Vo" !V' ~'o .
;. 1L.C,
lnyk~- No. -7, , - ~..

MISHKOVAI Ye. P.
Cand Agr.Sci - (diss) "Effect of pruning on the biological char-
acteristics of growth and fruit-bearing of the mazzard cherry
(Cerasus evium)." Krasnodar, 1961. 21 pp; (North Caucasian
Zonal Scientific Research Inst of Horticulture and Viniculture);
120 copies; price not given; (KL, 10-61 sup, 222)

S 11-A-j V-a,
Cate~or7 : UM/Ilectranics - Phatoieffect. Electron and Ion ftission R-2
Abe Jour : Rof Zkw - IrizIks, go 2, 1957, go W3
Autbar : MOIRVA, U.S.
Title : ftcom4w7 Odisslam of AnUmmy-Cassium Cathode at lov PrIUM7-11ectrou
Owgies.
cris Pub : m6iotokkoiks i eiektronika, 1956, 1,, No 2, 26o-26i
Abstract : fte spberical-capseltaf methad am used to V#tudy the me Sy distri-
bration of s9candary olketrams of emitters at pri-
uLry-electran energies from 6.7 to 50 ev. ftitters of Wee thicknesses
veze prepared under idientl6a CMdltl=b V1th CONtrOl Mood an the mLil-
ma coefficient of secondary emission. The amasurment results
shaved that the genivas secomdmr7 electrons vaideb repaAless of the
thickness of the I&M at prlmwy-*Uc energies =-2 �-0.2 ev.
It Is evldmt that the mUm of 1619 Nuch agrees Alia 1XV-1801tal
accuracy with the ulm of the q0toolectric vark ftwtlm) can be
considered as the threshold of secondary mission of the extimany-
caesixn cathode. Me data obtained confirs the depth cheracter of the
Card 1/2

Cateawy : UM/Zlectroulcs - Pbotoeffect. ZlecUvu ad Ion Odesiou H-2
Abe Jaw : Bef Zbw - Flzika, No 2, 1957, So 4273
secondary adesion sod Indicate tkat the secondary electroms emergF
from the fiUed zme of the SbCs 3 compmmd. Bibliosmpby, 5 tItlO3 -
card : 2/2

s/io9/6o/oo5/OO8/022/O24
9140/E355
AUTHORs Hashkovag Ye*S#
TITL&s ~Secondary Emission of Piezoelectric Monocrystals
PERIODICALs Radiotekhnika i elektronika, 1960, Vol. 5,
No. 8, pp. 1347 - 1348
TFXTs Barium titanate and lead titanate monocrystals have
been observed to have a minimum in the secondary emission
temperature characteristic in the neighbourhood of the Curie
point (Rafe 1). It in shown that .this in'related to variations
of the dielectric constant in that neighbourhood.
There are I figure and 5 reftrencess 3 Soviet and
2 non-Soviet.
ASSOCIATION: Fizich*zkiy fakulltet Moskovskogo gosudarstvennogo
universiteta imeni N.V. Lomonosova, Kafedra
elektroniki (Physics Division of Moscow State
University imeni N.V. Lomonomov, Department of
Electronics)
Card 1/2

S/109/60/005/008/022/024
Secondary Emission of Piozoelectric Monocrystals
A"O"'Iftl* "Ow" of
UP NP -450
xUBMITTABDI
Card 2/2
Xavembor It, 1959

4133h
3/020/62/146/003/010/019
B101/B144
AUTHORS: Mashkova, Yo. S., Molchanov, T. A.
TITLE: Angular distribution of fast particles emerging from a metal
surface irradiated by an ion bean
PERIODICAL: Akad*miya nauk SSSR. Doklady, v. 146, no- 3, 1962, 585-587
TEXT: Copper, tungsten, or graphite tariets-were bombarded with
30-kev Ar+ ions, current density I ma/cm , at an angle of incidence 0 near
the sliding angle. The ionic current I, of the ions reflected under
different anglem ;&a measured. As the greater part Qf the argon ions was
neutralized on arget, the neutralized comyonent of the reflected fast
particles was determined by measuring the current J2 of the secondary .
electron emission, after the manner of R. J. Montagne (Phys. Rev., 61, 1026
(1951)). The curves for the angular distribution had the same appearance
for all targets. For I