SCIENTIFIC ABSTRACT MELENTYEV, N. V. - MELENTYEVA, N. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001033330010-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 12, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MENT 1 Y8v, N. V.
4243.9. Novyye Konnaya N traktornyye syenokosiiki. Sellknosmashina, 1048, No. 11
S. 12-18.

Ai.-riculltural Eac~inery
HanCing attachrents for tractor FhT3-7. I-Ttrt 3: Hen-ring rF-ke "PIP-3, C, ze"'khozr-a5hina,
- F I
No. 1, 1~,52.
-- I
l%'.onth-y list of 1-.ussian Accessions, I lbrery of Congres--, April I ~JCLA` '- !I, TEI.

KCLLINT I YET, ff. T.
I
The M-5 windrowing nower. Sallkhozzashina nool:3-7 J053,
(MIRL 6:3)
1. Starshly lushener SKB pri zavade imeni Ukhtomakogo.
(Mowing machines)

MELIETOYN, N.Vo, Inzhener.
The VT-0,7 tractor-mounted sweep rake. Bellkhosmaohina no-3:7-9
Mr 155. (KUU 8:4)
1. Zavod Lm, Ukhtomakogoo
(Harvesting machinery)

MFLENT-1-YEV, F.#-dcktor takhn.nauk, prof.
Polymers form an engineering nVstery. Izobr.i rats. nc,.1:5-7
,64. (KERA 17:4)
1. Leningradskiy institut tekstillnoy i legkoy promyshlennosti.

IV 7-
XWMMM$tATAJI(tn44ZCl(WA 14CMA
O"CMAIIIIX TIO"Kamur-716-1011ILM MNXTOSNX
KATEPHAMS
MR. It a ss.o* IL ILV* a....... A.&C..p.y.
TM rAmUldysv C 4M fw Gamml wA An' led Cbmda" 0
6odt4a 4t CbMUfty " Cbmte" %dWUa at rsOA.
P*I. ky And. set. ~. NNW 19"
okWaseA at "m ad@&" to be - I I FA Wbm awAlamt O=Wmw,
ftwo 13 Nora IM.

PN.
TY
.,t datts rw th. 5th Ffts -1 ch-L." C-f-
st4a Protwum.

BARDIN, I.F.Edeceased]; VAVLOV, N.S.(Moskva); GBSs_jm_M'VE, B.,J.
.(Moskva); DIYZT, V.Ye.(Moskva); YFMLIYANOV, V.I.(Moskva);
KABTAVETS, P.L(Moskva): )90_ffZLTAX, _F.N. (Moskva); RUHAKINA, M.A.
(Moskva); TSTLET, L.M.(Moskva).
Reduction roasting of iron in ore-fuel granules in a fludized
I bed with fountain effect. Izv. AN SSSR. Otd.tekh.nauk. Met.i
toPl. no-5:13-18 S-0 160. (MIRA 13:11)
(Ore dressing) (Fluidization)

9/V/ - -----
PHASE I BOOK EXPLOITATION SOVA246
Soveshchaniye po taeolitam. 1st, Leningrad, 1961.
Sinteticheakiya taeolity; polucheniyeo lsaledovaniye I pr nenlye
(Synthetic Zeolites: Production, Investigation,and Usr)! Mos-
cowo Izd-vo AN SSSR, 1962. 286 p. (Series: Its: Dcklady)
Errata sUp Inserted. 2500 copies printed.
Sponsoring Agency: kkademiya nauk SSSR. Otdaleniye khimiahaskikh
nauk. Komlslya po taeolitam.
Reap. Zds.: M. M./Dubinin, Academician and V. V. Serpinakly, Doctor
of Chemical-Saienoes; 3d.s Ye. 0. Zhukovskayaj Tech. Zd.x S. P.
Golub'.
PURPOSNi This book Is Intended for scientists and engineers engaged
in the production of synthetic zoolites (molecular slaves), and
for chemists In general.
Card I/Ngf3

Synthetic Zoolitess (Cont.)
SOV/6246
COVEMAGN: The book is a collection of reports presented at the First
Conference on Zeolites, hold In.Laningrad 16 through 19 March 1961
at the'Leningrad Technological Institute imeni Lensovet, and Is
purportedly the first monograph on this subject. The reports are
grouped into 3 subject areass 1) theoretical problems of adsorp-
tion on various types of zeolitea and methods for their 1nvesti-
Sation, 2) the production of zoolites, and 3) application of
zeolites. No personalities are mentioned. References follow In-
dividual articles.
TABO OF CONTWW t
Foreword
Dubinin, X. K. Introduction
3
5
Card 2/10 ~~

aynthetio Z0034tes: (Cont.) BOV/6246
Bolotsoxicovskiy, G. M., K. G. Zone, and T. G. Plachanov.
Production of Granular Synthetic Zeolltes and Study
of Their Porous Structure 174
Plaahenov, M. Belotserkovskly, V. F., Karel'-
IC A), and L. I. Piguzova. Xnvestip-
okaya,
tion of ths SeooOdary Porous 3truoture of 3ynthette
Zeolltes and Their Drying Properties 182
V. A. Burylov, S. V. Kapatminskiy, and
A. T. Slepneva. Granulation of a Synthetic Zoollto
DeWasnt 1191
i
A. I.
Kanavets, P. I., A. S. Sporius, P. I
V.azun, 0. A. Bokuohava, V. X-.7WOrnykh, and L. B.
Khandros. Production of 3trong Spherical Granules of
Crystalline Mollte Powder* 195
Card

KAZAKOVP Ye. J.;,!!!!~~MIYHV, P. N.
Catalytic PYWIYSIB of pulverized fue3A under bydrogen
pressure. Tructr IGI 17:43-46 162. (NDA 15: 10)
Mel) (Pyro3vis) (Hydrogen)

KAZAKOV, Ye. I.; KARPOVA, N. F.; IOLEU-11-9-Vij. IT.; CHEPIK, A. Ya.;
Priniml uchastiyet CHURSIN, P. M.
Composition of tare obtained in the pyrolysis of brown coals
in a fluidized bed. T!rudy IGI 17:152-156 162.
(MIRA 15:10)
(Coal-tar products) (Fluidization)

KqAVF,TSp P,I.,; GESS, B.A,; MEONTtYEV P N I CHERNYSHFVp A.H*;
0
CHEFWKHv V.I.; SmWSv L 3-*
Method of chanical catalysis for nodulizing finely ground
materials without sintering. Trudy IGI 2215-30 163.
(MIRA 16:1-1)

GHEJWSHEV, A.M.; GESS, B.A.; KANAVETS, P.I.; . 1V
KISELEV, G.P.; TSYLEV, L.M.; BORISOV, Yu.I.; CHERNY-KH, V.I.
Mbtallurgical properties of granules prepared by the
method of chemical catalysis. Trudy IGI 22:39-49 163.
(MIRA 16:11)

KnAvETs. P.r.; GESS, B.A.; SPORIUS,, A.Z.; ME1W'YF.Vj_.-P4'o'-
CMKRUSHEV, A.M.; CMWU, V.I.; MWi&, BA.; BORISOV, Yu.I.
Experimental pilot plant stand for the nodulizing of finely
ground materials by the method of chemical catalysis. Trudy
IGI 22:57-69 163. (MIRA 16: 11)

KANAVETSP F.I.; GESS, B.A,j SFMIUSO A.E.1 CIUMRSHEV, A.M.;
V.I.; KHROffAK, R.P.;
RJAYLOV, B.S.; R(RISOV,, Yu.I.; TSYLLT, L.Kj; SOKOLOVp V.S.;
Prinimali uchas"t MARKIN, A.A.; GORLOV., M.Tav;
VORONOV,, Tu.G.; BULAKHOV, K.A.; KRMANSKIY,, V.L.; ARSHINOV,,
G,P,; MUUN, A.]D,.l PISARNITSKIY, I.M.; BOKMHAVA, O.A.;
KIRILLOVI, M.V,,; TSHLUYKO, P.I.; POLYAKOV, G.O.; REZKOV,, A.S.;
ZHUGHKOV, M.I.; ROUSHRIN, A.S.; ZUBKOV,, A.S.; KOZLO7, N.M.
Pilot plant for the nodulizing of finely ground charge mix-
tures by the method of chemical catalysis. Trudy IGI 22:
93-109 163. (MIRA 16:11)
0

KANAVETSP P.I.; MF.LEMIYj-%Vg P.N.: CHERNYKH, V.I.1 CMS, B.A.;
.~~
SPORIUS, 1.2.; C HKV, A.M.
Using chemical catalysis for nodulizing charge mixtures
composed of various raw materials. Trudy IGI 22:114-125
163. (MM 16: 13.)

GESS, B.A.; KANAVETS,, P.I.; VAVILOV, N.S.; MEMUTtYEV V P.N.
Investigating the reduction of iron in carbonaceous ore
granules. Trudy IGI 22t126-130 163. (HIRA 16:11)

KMAVETS, P.I.; CHIBISOVA, W.I.; CHMITM, V.I.1 MMUTIM, P.W.
J Thozwgraphic immst4ation of coal gmaules for the parpcao
of studying their bebavior during tbo-Mal decampooition,
irudy IGI 22:136-146 063. (KMA 16:11)

KANAVETS, P.I.; XELENTIYEVp P.N.; SPORIUS, A.E,; CHERNMj, Me;
YMKJ.' G'.,T'*;-_P=VA:; -A.S.
Technological characteristics of.granulating coal charges.
Trudy IGI 22:147-153 163. (MIRA 16:11)

KANAVETS, P.I.; ~HMNT,~)=,- R.N.; YENIK, G.I.; IVLEVA, A.S.;
LAZOVSKIYj I.M.; GRYAZNOV, N.S.; MOCHALOVAf G.V.; KORENSKIY, V.I.
Preliminary granulating of coal charges with rolling in mazut.
Koks i khim. no.8slO-U 163. (MIRA 16:9)'
1. Institut goryuchikh iskopayemykh AN SSSR (for Kanavets,
Melentlyev, Yenik, Ivieva). 2. Vostochnyy uglekhimicheskiy
institut (for Lazovskiy,, Gryaznov, Mochalova, Korenskiy).
(Coal preparation)

GESS, B.A.; CHERMHU, A.M.; XANAVETS, P.I - MEIENTOYEV, P.N.;
k&.14 =-1- - -.1 ' V. I.;
IMCWAK, R.P.; VORONOV, Yu.G.; TSYIEV, LA; HN0100
BORISOV, Yu.I.; SPORIUS, A.E.; Prinimal-i uchastiye: TOLEROV,,
D.D.; WNKIN, V.M.; MARKIN, A.A.; GORLOV, M.Ya.; KWLOV, B.S.
Experimental blast furnace awlting with replacement in
the charge of 20-per cent of the fluxed sinter by granules
prepared by chemical catalysis. Trudy IGI 22:110-IL13 163.
(MIRA 16:11)

KANAVETS, F.I.; DT~PPIYWI-P.N.; SPCMS, A.E.; CHEMKH, V.I.;
YEITIK, G.I.; IVLEVA, A.S.; GESS, B.A.; CHKMSHXV, A.M.
Obtaining metallurgical coke from weakly-caking coals by
the preliminary granulation of coal charge mixtures prior
to coking. Trudy IGI 22:154-168 163. (MIRA 16:11)

CHERNYSnV, A.M.; GESS, B.A.; KANAVETS, P.L.;
KHODAK, L.a.; SOKOLOV, G.A.; BORISOV, Yu.I.; CPMUrM, V.I.;
Prinimali uchasti7e: VAVIU)V,, N.S.; MAKARCHMO, V,.G,;
KISFLEY., G.P.; VOLUISTOVA, R.,A.4 MCMEVA, G.B.
Testing granules made by the method of chemical catalysis
I
M a laboratory shaft furnace. TruAy IGI 22:70-78 163.
(KIRA 16'-11)

YELENTYEV, P.V,
Pribliz'-enroye c,islenroye inte~zrirovaniye obykrovennykh diffe-ertsialln-vkh -arav-roriy
L.) Zh., Russk. Fiz.-Khim. o-va, chast' fi--., 62:3 (101C), 267-211C.
SO: Yathematics in the USSR, 1917-1'47
edit-d by Kurosh, A.G.,
Farkushevich, A.I.,
Rashevskly, P.K.
Yoscow-Leningrad, 1948

NELENTYLV. P.M- Continued
Priblizherino-e reshenlye intograliny)ch uravneniy. L., Trudy vtorogo Vsesoyuzn.
matem. ollezda, t. (1936)p 409-410.
Neckollko novykh metodov i friemov priblizhennykh vychisleniy. L.-M., Onti (1937), 1-48
Eksperimentallnyy metod postoryeniya liniy toka ploskogo potentsiallnogo potoka. L.,
(1939).
Metodika rascheta lopastey gidroturbomashin. M-L., Izd. AN. (1930).
SOz Mathematics in the USSR, 1,917-1047
edited by Kurosh, A*G.,
Markushevich, A.I.,
Rashevskiy, P.K.
M;aico*~--Lenlngka&,' 1948

Twn
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KRUM, YNV. P.V.
[Atlas of nomogram for computing the age of rock by radioactive
methods]Atlas nomogramm dlia vychialeniia vozrasta porod radio-
aktivnymi metodami. (Moskva] Izd-vo Akademit nauk SSSR, 1955. 8 p.,
7 fold. 1. (HLRA 9:7)
(Geological time) (Radiocarbon dating)

MELENTIYEV, Pavel Vladimirovich- SAMOKISH, B.A.2 red.; ROZENGAUZ,
red.; LUKIYANOV, A.A., tekhn, red.
[Approximate computation) Priblizhenrqe vychislaniia. Mo-
skva, Gos. izd--to fiziko-matem. lit-ry., 1962. 388 p.
(MIU- 15:3)
(Approximate computation)

L 08471-67. -WP(j)/W(m) IJP(c)
ACC NRt AR6016475 SOURCE CODE: UR/0124/65/000/012/VGS-S/VC-7
AUTHOR: Nelent'.yev, P.'V.; ZnamenskMa, Ye. A.; Pilipenok, D. A.; Stalevich, A. M.;
;Petryayev, '5. V
j
!TITLE: Deform~,tion ~jropSrties of polymer materials 12
J
!SOURCE: Ref. zh. Mekhanika, Abs. 12V829
i ~z
REF SOURCE: Tr. N.-i. 2royektno-konstrukt. in-ta tekhnol. mashinostr., no. 1,
1965, 75-95
iTOPIC TAGS: material deformation, polymer physical property, metal deformation, poly-
ethylene plastic
ABSTRACT: The authors point out differences between the deformation properties -6f,
1
polymer materials and metals. The following empirical formula is proposed for curves
!describing creep in polymers under constant stresses:
e-a+bt*,:s
ere c is deformation, t is time and a and b are the curve parameters. These para-
ters are linear functions of stress; at low temperatures T the curve parameters
ry fairly smoothly as T is raised, but after T reaches some critical value (e. g.
OC for high-pressure Rolyethylene) a and b increase sharply with the application of
Card

L 08471-67
ACC NRt
heat. An attempt is made to establish a correlation between hardness HB and the ini-
tial modulus E0. The effect which the molecular weight M of polyethylenes has on the
characteristics of E0 and HB was studied in the range M=5.104_9-105. It was found in
contrast to previous data (see Alfrey, T., "Mechanical Properties of High Polymers",
Moscow, Izd-vo in. lit., 1962) that rigidity has a maximum in the region of moderate
M. The authors suggest -,-he vje of the themoelastic effect (more precisely, the Joule
effect) for determining thi initial modulus. In conclusion, data are given on the re-
laxation properties of various ~~ersv Bibliography of 10 titles. N. I. Malinin.
[Translation of abstract]
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ACC NRs AR6024997
SOURCE,; CODE:
U',R/0081/66/000/007/3093/,'~093
AUTHOR: -_'elent'Zev,. _P_. 4 ; Znamenskaya, Ye. A.; ?iliDenok, D. A. Stalevich, A. 1M.;
Petryavey.-S.-
TITIE: Deformation properties of polymeric materials
SOURCE: Ref. zh. Khimiya, Part II, Abs. 7S621
i-EF SGURCEE: Tr. N.-i. proyektno-konstrukt. in-ta tekhnol. mashinostr. no. 1, 1965,
75-95
TOPIC TAGS: thermosetting material, thermoDlastic material, polymer rheology, thermo-1
elasticity, elastic modu*s, thermal expansion
ABSTRACT: Thermosettin and thermoplastic Dolymers in the range of small. deformations
were tested, and their Dhysicomechanical characteristics were treated mathematically.
The following quantities were determined: thermal extension of polyolefins, dependence
of Brinell hardness on the elastic modulus and molecular weight, initial elastic modu-!
lus; from the thermoelastic affect, and relationship between the latter and the coeffi-I
cient of linear thermal expansion. The elastic properties of PVA fibersl.Jkrere studied I
I at - 20*. On the basis of the exDerimental data, a nomogram of the thermoelastic DrOP-11
lerties of thermoDlastic polymers -was construc5ed which enables one to find the rela-
'tionship between the initial elastic modulusbthe coefficient of linear thermal expan-
ision, and the thermoolastic coefficient. Z. Ivanova. [Translation of abstract]
SUB C014, : 11
Car 1/1 1-91,

KABACHNIK, M.I.; VOYEVODSKIY, V.V.; MASTRYUKOVA, T.A.; SOLODN1KOV, S.P.;
14ELENTIYEVA, T.A.
Conjugation in the systems involving a tetrahedral atom. Electron
paramagnetic resonance spectra of some organophosphorus compounds.
Zhur. ob. khim. 34 no.10:3234-3240 0 164.
(MIRA 17:11)
1. Institut elementoorganicheskikh soyedineniy AN SSSR i Institut
khimicheskoy fiziki AN SSSR.

1,M-LEIT)YEV. V. A., POPOV, A. F.
Muskrats
Regular tasks of state muskr,.,~ er-.tpr,rIrItjp,3. KrAr. I zvr~r., 5, No. J, 11~12.
Monthlv List of Russian Accessions, Library of Congress, June 1~.'52. Unclas~-Ilfir-d.

BMLYAYBV, Vladimir Mikolayevich-, KIIJORTIYEV T-A daktor; MOSOTA, I.I.,
redaktor; GOWBKOYA, L.A. * t-e --I- 4JA~
MeSellely reasictor
[Balkhash Muskrat farm] Balkhashokoe ondatroyce promyslovos, khostaistvo.
Pod red. T.A.Malentleva. Hoskva. Izd-vo tekhn. i ekon. lit-ry po
vaprosam zagotovok, 1956. 19 p. (HLRA 9:10)
(Balkhash Province- -Ifta kra to)

2L,7T56"
USSR/tngineering - Construction, Dam Aug 52
"Results of Experimental Hydraulic Fill Using
Gravel Materials," V. A. Melent'yev, Cand Tech Sci
Gidrotekh Stroi, No 8, pp 6-9
Establishes possibility of using gravel sands for
erection of dams by hydraulic fill method, despite
certain difficulties due to intensive wear of equip-
ment and pipes. Major advantage.of using gravel
sands is their natural distribution in conformity
with design requirements on the cross section o~
dams with respect to stability of slopes and im-
perviousness of the structure.
247T56

MEIBRr'Tr*V, V.A., kand.tokhn.cauk
.Siperlisental investigation of above-water inwaab of soil.
Izv.VMIG 48:128-144 152. (KIRA 12:5)
(Hydraulic engineering)

ZHUZOV, L.G, Cauthorl; HELEUTIM, Y.A., kandidat tekhnicheskikh nauk (reviewer).
Remarks on L.G.Zhilkov's article OXydraulic separation of eoils is the basio
of Intensive conatniction work.* V.A. Kelentlyev. Gidr.i mel. 5 no.9:62-
64 6 '53. (MA 6:9)
(Hydraulic engineering)

KELENTOYEV. V.A.. kandidat tekhnicheakile-h nauk.
~111
Earth and clq7 fill dame. Gidr.stroi. 22 no-10:5-7 0 '53. (MLHA 6:10)
(Dams)

15-57-1-1037
Translation from: Referativny zhurnal, Geologiya, 1957, Nr 1,
p 166 (USSRT
AUTHOR: Melentlyev, V. A.
TITLE: The Fractional Distribution of Sands in Soils During
Above-Water Deposition (Fraktsionirovaniye peschanykh
gruntov pri nadvodnom namyve)
PERIODICAL: Izv. Vses. n.-i. in-ta gidrotekhn. 1954, Vol 54,
pp 140-150
ABSTRACT: The author reports on a method of calculating the
fractional separation by size in a depositional ar-
rangement developed by the Laboratory of Hydrome-
chanics of the All-Union Scientific Research Insti-
tute of Hydraulic Engineering. There is a brief de-
scription of the fractional separation of sandy soil
from a stream of pulp moving down a steep depositional
Card 1/3 slope, depending on the coarseness of the soil, the

The Fractional Distribution of Sands (Cont.)
15-57-1-1037
steepness of the slope, the specific delivery and concentration of
the pulp, the technical properties of the arrangement, etc. The
author gives a fractional analysis of sandy soil for average con-
ditions of deposition (average grain-size distribution, average
concentration and specific delivery of pulp). Making a number of
assumptions and using several formulas known in hydraulics, the
author computes an equation for fractional distribution in the
following form: dW - ~ W,~-do(x) - Bs-x7,
where V(X) L I x )Z(n-11 is the "profile function"; L is the
horizontal distance from the cutoff
highest point of deposition (at the
n is an index depending on grain size
on the concentration and specific delivery
of the surface profile of the deopsitional
rate of the alluvium (constant value);
of the settling pond to the
site of the rift in the pulp);
distribution in the soil and
of pulp; x is the auscissa
slope; S fs the settling
B is a summated constant
Card 2/3

15-57-1-1037
The Fractional Distribution of Sands (Cont.)
value, uniting the other constant values (coefficient of resistance,
slope of alluvium, s ecific gravity of the water, bulk weight of the
deposited soil, etc.~. For industrial and experimental deposition,
in view of the small value of the second member of the equation, it
is recommended that the abbreviated form be used for practical calcu-
lations: d(x) = 41W do(x). In calculating the fractionation by
the abbreviated equation, it is necessary only to assign preliminary
values to the index n and to initial (do) or final WO coarseness
of the soil. The author has constructed tables to facilitate the
computationi These show the corresponding relations for different
values of dl as ji, and L. The paper concludes with examples of
calculatioiTs of fractionation of the soil according to slope.
Card 3/3 P. I. F.

AID P - 3996
Subject USSR/Hydr. Eng.
Card 1/1 Pub. 35 - 3/18
Authors Iorish, H. L. and V. A. 14elentlyev, Kand. Tech. Sci.
and A. S. GorokhoV-,-rng-.--'
Title : Damming up of the Dnepr River at the Dubossary Hydro
Power Plant Construction in 1954.
Periodical : Gidro. stroi., 8, 9-13, 1955
Abstract : The earth fill method of construction is reported in
detail and strongly recommended. Three figures.
Five Russian references, 1941-1954, 2 English, 1952-
1953.
Institution : None
Submitted No date

HATKOVSKIY, A.U.; NUMT'YZV. V.A.; STARIKOV, P.Ya.
Change in the system of drawing off condensate from granulation
towers. Khim.prom. no.8:483 D 155. WRA 9:5)
(Ammonium nitrate) (Chemical engineering--Apparatus and supplies)

SOV/124-57-9-10638
Translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr 9, p 114 (USSR)
AUTHOR: Melent' yev, V. A.
TITLE: Fractionation of Sandy S ils During Their Above-waterline Deposi-
tion (Fraktsionirovaniye peschanykh gruntov pri nadvodnom namyve)
PERIODICAL: Izv. Vses. n. -i. in-ta gidrotekhn. , 1955, Vol 54, pp 140-150
ABSTRACT: The article is devoted to the presentation of a method for the cal-
culation of the hydraulic distribution of soil during its deposition. The
starting point for this computation is the equation of the balance of
solid-particle discharge rate in a two-dimensional current, as published
by Ye. A. Gavrashenko (Gidrotekhn. str-vo, 1950, Nr 5, 142)
8qT ay (1)
ax -Yo at
where qT is the discharge rate of the solids expressed in units of
weight; Not the volumetric weight density of the soil deposits; x
and y, the contour coordinates of the surface of the slope receiving the
deposition, and t, the, time. The qT in this formula is assigned a
Card 1/3 value in accordance with the approximate formula by I. I. Levi

SOV/124-57-9- 10638
Fractionation of Sandy Soils During Their Above-waterline Deposition
[ Dinamika ruslovykh potokov (The Dynamics of Open-channel Flows) Gosenergoizdat,
19481; the local slope i is replaced by an expression obtained by means of differen-
tiating with respect to x the equation of the surface of the slope receiving the
deposit, viz. ,
y H (2)
mean L n- mean L
where H is the height by which the level of the soil deposited near the point at which
the hydraulic fill is discharged exceeds the water level in the reservoir; Lis the
horizontal distance from the ordinate axis to the waterline; the coefficient n depends
on the granulometric composition of the soil and the consistency and specific dis-
charge rate of the hydraulic fill. The rate of deposition of a given soil layer S, the
discharge rate of the liquid constituent qb, and the value -yo are considered con-
stants by the author, the final equation being of the following form:
2
OX) qj(x) C~o(x) (q, W = (-LLX) 2(n- 1) (0 (X) = g2d (3)
4
u
where (x) is a dimensionless parameter; the profile function of the slope;
g, the acceleration due to gravity; d, the mean geometric particle size; u, the mean
Card 2/3

SOV/124-57-9-10638
Fractionation of Sandy Soils During Their Above-waterline Deposition
hydraulic size of the particles; and '~,(x) = (O(x = 0). The relationship may also
be represented in another form: (0 (X) = 4) (X) 012(n- 1) (~k(x) (4)
The symbols employed in this formula are the same, with the exception of (P k( X)
which is equivalent to (~(x) when x is approaching L but is not equal to it
(e. g. , 0.9 L). The article also includes tables of O(x) for values of d and 4)(x)
ranging from 0.05 to 2.0 mm. and from 1.33 to 2.0, respectively. On the strength of
investigations performed by the VNIIG (All-Union Scientific Research Institute of
Hydro- Engineering) and on the basis of his own calculations, the author recommends
that the expressions obtained be employed only if the rates of deposition of soil do
not exceed I m/day. The selection of either expression is determined by the pre-
scribed values of the o~(x) (either initial or final). In order to calculate the fraction-
ation of soils throughout the transverse section of a structure, it is necessary that
a number of deposition slopes be erected, and that the distribution of the soil be
calculated for each of these banks. Three sample computations basC!d upon the
methods described are presented in the concluding part of the article.
N. V. Danil'chenko
Card 3/3

MMENTIM V.A. kandidat takhnichaskikb nauk.
Volumetric weight of the soil skeleton of hydraulic fill dame.
Gidr. strol. 25 no.7:36-40 Ag '56. (JRLRA 9:10)
(Dams)

/r / , '- , '- -7 1 / '; y "I/ //
, / 'y / / r i
Mra" I YEV, V.A., kandidat takhnichookikh nauk; ZOVORM, G.K.. lazhoner;
I T.T.. inchener.
Iffect of moisture wt results obtained in deterviaing the volunstric
weight of vat sand skeleteas. Gidr. strol. 26 n@.3-.36-39 Kr '57*
(Sand) (Soil mechnaics) (,HLRA 10-.4)

KKLMIYBV V.A. starshly zmLuchnyy sotrudnik, kzand.tekhaoinuk;
.1
FIWNX , X.I., Insh.
Thermal investigation of situ of bydraulic zmachanisation of
earthwork In wintere Izv. TKIIG 60t68-88 158.
(KEU 13: 6)
(Frdmulic exAgineerinc-Low tempamture conditions)

MFJANT'YEV. V.A.. starshir nauchnyy sotrudnik, kand.tekhn.nauk
Size distribution of sand and gravelly-sand particles in
hydraulic-fill construction. Izv.UIIG 61:167-180 '58-
(MIR& 13:6)
(Hydraulic engineering)

10(4) SOV/98-59-7-21/22
LUTHORt Rozincer. S.T., ChaLr=zL
TrTIA: Conforenco on Scientific Research in the Yield of
Hydroasobanica
rRR ODICAL: Gidrotakhalchookoye stroltelletvo. 1959. Ir 7.
62-65 (USSR)
ABSTRACTs The article Is a chronicle of the above-named con-
ferena . which was hold in Moscow from April 15-17,
an the Initiative of the coordInatory conals.
'"'.
r
.3. or bydrassahanization In the Council. for Ryd-
smulu Affairs of the Aaadsoq of Sciences Of the
ti
d
h
i
T
t
Tb
l
z&
cz
roa#o
nn
rus
l-Unlon FWS Hy
V30.
s A
,
"a Mt-4, Institute of the AwLdamy of Sciences of
the USSR and the noacow oblast board Of the T*chao_
1-
1
logical Department of the construction =1N
.
.
in the organization of
attended by more than 400 ropro-
th
I
l
di
Off
l-
e
nc
u
-n6
organizations.
ministries
USSR
f th
f St
C
t
L
e
as o
ate
ons
ruct
on o
,
,
a councils Institutes of the Ace-
io
e
d th
bli
U
S
f
e un
n r
R an
Sciences of the
S
pu
damy o
ca,
card 1/6 the ASIA of the US= and the Ukraizia~L.SSa. _~bs
Sciiiico~ -&ud the GMTE at'
the union ropublles. aw official.solontific, and
rosearch institution. The aaaferenco was opened by
A*admatclan A.M. Terpigarev, and &% the plenary
paporz we a read by the fol2owing: ZZAL
!s~cu
.
" Doctor of Technical Sciences: *!he State
th
Ii
Id
f
e
e
O
.
of Scientific Hasearch Work in
machwd2stiou'; Nnginaer V.A. Pl'~'
traction of LlluvIal Dastm-an-d-t1hin- or of 5,-Iantl-
t1a zngi~sqr H.A. rorin'. *The Pro-
_
_
_
-
V
GzW&ud Xe-
f0
r
sent State of and the 0utaook
search Work In the Yield of 3quipment ror FTdrome.
of Barth Works', Prof.-_q,A_ju=k, Doctor *21 !ach-
mIaLl Science*- 'The Present State of and the Out.
look for the Development of the EydrozoOk-lzation
of Cpanoazt Co-1-1-Ing'; Zngluoor B-H. Rhkundlza
ntoons, of Perfecting
Card V6 Notal.110 Mineral Ind. The remainder or the
QOUf0r4nO0 Was divided Into 3 sessicust an toohnolo-
87, s;LuIPmeut and transport. At the session dealing
with toohnol" ratwere read by the following,
-2.2. I.s. M.&T" On or of Technical Sciences,
'Cwrtz~_-Prabla In the Planning of Alluvial Done-;
F Candidate at Toolml al Sciences (Inntl-
_tF. inw.00TkZ04 Of the ACadWW Of SC18mcen of the
USSR)$ *1'90ullaw Peaturos of the Dilution and Com.
proaalon of $and PouadatIozz-;.PD __&pbAggy, Candt.
data of Technical sciences (V=2j; -HO.Q.041 Al-
luvw Construction* I jitl . C=did.%t* of
Technical Sciences (D.I. 4~0 ~10) and I_Z.
Irlaq.. Candidate of ITeeholoncioncon (InstItuto
of Reahmalos of tho Academy of Sciences of the osmz),
*2be Consolidation and Co=provalon of the tounlationn
lot tho zey 1,arto or zarth Danae;
(0151)s 'Research an Alluvial Construction by Means
Of Cohesive roundations-t M r r Candidate Of
Technical Sciences: 'The 1q1`r._.KffnF4a.7-trUztioz Of
Marthworks by Means of Loans Poundatione'; 2_A__Voj_
C
Card 316 nin (yj_jAjzbXzhovj4lSZ): 'The Alluvial onstruatton
)Lf the sary-razynak dam on the Hurgmb RIvor by ltoAns
Pi.
-',..id Sand-, LX&_JLj.., Candidate of
Technical sciences j.?g1sky Y71A)s *Ho"aroh
Into the Morphola lo ~_Zzl.s 01 on.M. rounda.
t1aus'; 3 Inwar S;; (SLOO333::r) and r-4 -
_Zsbqwad~ %(41011% gr." for the Dotermizatia"
of the Angle of rzolination of 2&rth Poundatiozs*4
JL.L__Z2J~atarev Candidate of Technical UcLencess -A
Method rTUffaulati.6 the Thaving lint* of Frozen
to=A~tloon on the Upper Slope of Sand Dome when Cane-
truotad In Wintar*1 D.L. rtsjawnt, Candidate of T*oh.
alcal Sciences (Vx MDT) F50 3nclz:or X.r.
(GNTX of the Moldavian 5ha): -Probl as of Sp~~nalj%g

-8 (6) SOV/91-59-11-2/27
AUTHOR: Melentlyev, V.A., and Zyryanov, V.P., Engineers
TITLE: Operational Adjustments of MP-VTI Wet Ash Traps
PERIODICAL: Energetik, 1959, Nr 11, Pp 3-6 (USSR)
ABSTRACT: The authors report on the operational adjustments re-
quired for achieving a proper functioning of the MP-
VTI scrubbers which replaced the cyclones on a TKP-3

.Irabinsk TETs. The boiler was fired
boiler at the Che
with pulverized (R88 = 18 - 20%) hard coal from Eki-
bastuz. Its output was 160/200 tons/h. The ash con-
tent of the coal was 38-42~o. The wet ash traps (scrub-
bers) MP-VTI have a number of advantages over other
systems, for example the TsS-VTI centrifugal ash traps.
However, the MP-VTI scrubbers show a number of defi-
ciencies which were eliminated partially at the Chel-
yabinsk TETs. A number of problems remained unsolved,
especially in selecting the proper material. For ex-
ample, the wooden lining used is not suitable. Other
Card 112 materials are not corrosion resistant enough and are

SOV/91-59-11-2/27
Operational Adjustments of MP-VTI Wet Ash Traps
corroded by the acid content of the ash sludge. The
spray nozzles of the cylindrical part of the scrubber
are not efficiently designed. Problems of material
corrosion by the acid content of the sludge must still
be solved. There are 4 diagrams and 1 table.
Card 2/2

MAERE'Y" Vladimir Aleksandrovich- P==jySxIY, T.N., red.,;
WITNIKOTAt 0.& 9 tekhn,red,
[Sandy and gravelly msterials of hydraulic fill dams]
Peschanys I gravelistys gruntY nGmyvnykh plotin. Moskva,
Gos.onerg.izd-vo, 1960. 162 p.
.f (Dame) (MIR& 14:3)

KOLPASHNIKOV, N.P., kand.tekhn.nauk; MELENTIYEV, V.A., kand.tekhn.nau
Earth-fill dams using cohesive solls. Gidrostroie 31 no,6:4-2-f
.Te 161. (Dams' OMA 1 4: 6)

MENTIYEV, V.A., inzh.
I. -- ~ ~ - - --- -4~' i - _
Operation of MP-VTI wet flyf-Pash collectors. Vaergetik 10
uo.9:13~17 S 162. (KMA 17:1)
-,I~eU~

~,IELENTIYEV V.M. I:ar,,ci. tekl-j-.nauk
Re T u 1 t.~~n tof~a I ang'-' -~ L-- na 7,e a ca-
strip w .' th fl n'L to he~ e r n 9 C" I - t 61
S 165.
f 17 1 k 1 .

NRLHIM IYEV, V. 14.
---- -140-re a-C-Cum-toatetbod for calculating the tenperature cycle of
diodes,-Trudy KIPP no.16-.37-40 157. NIRA 12:7)
1. Kraonodarakly Inatitut pishebevoy promyshlonnosti. Maltaniche-
skty fakul*tet, kafedra fiziki.
(Diodes)

MME IYLT, V.m. -
Some characteristics of radiant heat exchange between two cylln-
drlcal surfaces. Trudy KIPP no.16.-41-45 '57. (MIRA 12:7)
1. Krasnodarokly institut,pisbebovoy procyahlennosti. Nekhaniche-
skiy fakulltet. kafedra fisiki.
(Heat--Radiation and absorption)

HEIMIYET. V.v.
Soffia Ukoyloym Illealcovs. Kadosestra 15 no.11:26-28 9 156.
(MLRA 9 - 12)
1. Zaveduywhohly otdalaniyon Gryazelechabnitsy balineo-fizioterapay-
tichaskogo otdolentyu, Yousentukt.
(ILOINKOVA, SOIFI IA YAKOVUVYA)

MMEE24TIYEDIP V. V.
Technology
(Work practice of a mLner of pit 204 of the Kopeysk coal trust). Moskva, Ugletekhizdqt,
1951.
Monthly List of Russian Accessions, Library of Congress, November 1952. UNCLASSIFTIZ.

OSTAPENKO, V.A,V kand.tekhn.nauk; WffMTIYEV, V.V., inzh.
I
Automatic water feeding of steam boilers. Makh.i avtom.proizv. 17
no.7:4-6 J1 163. (WRA 16:8)
(Boilers) (Automatic control)

MELENTIYEV --V.V., inzh.; OSTAPENKO, V.A., kand.tekhn.nauk
Electromagnetic valve. Makh. i avtom.proizv. 17 no.10:31 0 '63.
(MIRA 171.1)

NOWMLIVOVAs 11-S*; HEMM"Wo -V-Vd,
Ujr on AcadmdaUw H4- "-Ovwdn- Trud.7 r-0023'
pubUshed vatmda3s (lufut 19t2)
2X-39 $64.
-&-e

NOVIKOV., V.N.; TOLSTOV, L.K.; =,BRYAKOVA, Ye.K.; SOKOWV, B.M.; Prini-
mal uchastiye: Melent!jrev,,-Xq,j.; KAPGER, V.S.; ZORCHENKO, I.F.;
KARPCV, K.F.j Kushnarenko, V.S.; SH*?VCHEIIKO, L.I.; TRIFOITOVA, 11.
I.; PODZIIUN , V.A.; MAS.LITSKAYA, M.P.
Obtaining industrial naphthalene from the centrifugal naphthalene
of the Gubakha Coke and Coal Chemicals Plant. Koks i khim. no.8-.
35-38 162. (MIRA 17:2)
1. Vostochnyy uglekhimicheakiy institut (for Novikqvo Tolstov,
Serebryakova). 2. Gubakhinskiy koksokhimicheskiy zavod (for Soko-
lov).

I MUMTIYEV, Yu.I., inzh.
------
Area of using Rassian hoisting machines for large-capacity inclined
skip hoists. Izv.vya.ucheb.zavej gor.zhur,, 7 no.1201-99 164.
(I-9RA .18:2)
1. KharIkovskiy institut gornay mekhanikJ., avtomatiki i vychial-i-
tellnoy tekhniki. Rakomendovana kafedroy gornoy mekhaniki.

A. T.
-,nevrlz,-r.
rosle 0-c at3J; ctd~31en:-;~-ye Yubile-tiv-,
.R-sict. Prof. ~*,Jlov'ev- U:
SO: L&onisl ZLur-ial'rz.-',-,h

NMMTIYEVA:v^ 6" A'.' ~--, tt
0
egynthesis of Scme Alpha-Quinclyl Beta-Amino-Alkanols-lr Sub 3 Jul 51,,
Moscow Pharmaceutical Instp Ministry, of Public Health UWR-
Dissertations presented for science and engineering degrees in 140SCOW
during 19510
SO: Sum. No. 480, 9 May 55.

Chemical Abst-
Vol. 48 NO- 5
,4b-r . io, 1454
O.-Canic Chemi Str-Y
I SynthesLs Of "Uinalyl-
I i S.Iillmflaml%lrl_~~ L Kznev-ska,a
zT .3 113- 1
-0--~.:.-h'de in '0 ml
1-'')il ad.111A 3 :nl M..'NO, ;,:1,1 1) irops
Z, kv; f in.1 1,,ppurvelfla~~ In 0wdark2d.1v,.
(I,. vellmil,h. rn.
. /I *,' :,,11 2.-W
.....
111 , 77`j;~ l3t' froto C,HA) I
if, ii,, Fit)ll ,ith 3 PI g Rtnev Ni was
"', V.-, 4(1-,l ...... 1-;-q IV11-
1w.0
...... ;-olared h%. cv,lim ,I fit,-
.... Nt an't In ilh ii'~( f~-
','If Nil, VIC q, ""IV/ Ef
-K Flm,. ~Iizring (h~ -orking-up of
I th, jinmoalk.m.1 lost Nil, aw!
J th'. ~,Ioyw-
:, ti'm iv,rcm
'I In' g, I I ~ ,I I Iw cm: alk --I, t!,at 1h,
1~ 111oroughl, 4. 0,~ F11 if
A

MM IYEVA, G. A. and KANFVSKAYA, S. I.
Studies of Heterocyclic Compounds. 11. Concerning the Procedure of Carrying
Out the Skraup Reaction. page 679. Sborni-k statey po obshchey khimii
(Collection of Papers on General Chemistry), Vol 1, Moscow-Leningrad, 1953,
pages 762-766.
Moscow Pharmaceutical Inst

11 -r
I I - ti v : , ~ - , ~'- ), tA
"S=OY'. P.L.. professor; MILEN7MA, G.A.. dostent.
Conducting pharmaceutical practice in the fifth year of
pharnacautic chemistry. Apt. delo. 4 no.6c29-32 V-D 155. (KLRA 9:1)
(PHARMACY, education,
in Russia)

MNLENTIUVA, G.A.,kand-farmatsevticheek-ikh nauk, dots.
The Moscow Pharmaceutical School must become a model one.
Apt.delo 8 no.2:38-40 Mr-Ap '59. (hqA 12:51
1. Predeadatel' ekzamenatnionnoy komisaii.
(MOSCOW--PHARM&CY--STUDY AND TELCHING)

IAELM'YEVAO G.A.
Work of the Pharmacy Department of the Sechenov Medical Institute
in Moscow on reorganizing in accordance with the law, "On strengthening
the bonds between the school and life and on the further development
of the system of people's education in the USSR." Apt. delo 10 no-5:
59-63 S-0 '61. (MIRA 14:12)
1. Farmatsevticheskiy fakulltet I Moskovskogo ordena Lenina meditsin-
skogo instituta imeni I.M.Sechenova.
(PHAR4ACY--STUDY AND TEACHBG)

~,:~,A 12)
medi-

Galinit
Fharrii.ac(,,u~ I' cal
wl th strong Ctl 11;
na -,7 r., C. n
e,
fa f7. t-I
kv,

MALGHENKO; A.L. ; AGAMSOVA, " ~N.: IMELMI '?"FVA9 GIF.
Evaporat-'an of fcrman~al..Ion ol,lutlJonm in vacui= ffMporting
units . Farm. 4. Bp.'rt. prom.31 no.715-7 '65. (MIPLA IsIll')
1. Vseeoyazny7 zao-hnyy inatitut pl.!!hr-havoy promyshiennosti
(for Malchenko). 2. Va-3Gopivny-f nauchno-I.ssledavatel'skiy
institW-,fermentnoy ' spir'.3voy promVshlennosti (for Aganesova,,
Mall.entlyeva" .

RLTINOV, V.B.; KUCHERYAYE;VA, G.D.; MELENTIYEVA, G. G,; PDENOVAg S.M.
Thermodynamic and diffusion characteristics of the basic
components of cement when they are dissolved in water. Izv.
vya.uoheb.zav.; stroi. i arkhit. 4 no.6:135-145 161.(MI-RA 15:2)
1. Nauchno-issledovatellskiy institut zhelezobetonnykh
izdeliy, stroitellnykh i nerudnykh materialov.
(Cement)

IYEVAq G.G.
RATIN079 V.B.; KIJCF&ffAYEVA9 G,D*;-WQFT-
Thermodynamic and difthsion characteristics of silicate Ingredients
of cement vhen they are dissolved In vater. Dokl. AN SM 336 no./+:
875-M8 F 161. (MIRA 14:1)
1. Nanobno-issledovatel'skly inatitut zbelezobetamgrkh, Izdeli7p
stroitelfr7kh i norudzWkh materialov. Predstavleno, akademikom,
P.A, Rebirderom.
(Ca3xdrm silicate)

RATINOV, V.B.; ROZENBERG, T.I.; RUBININA, N.M..; MELENVYKVA,-M---- -
Mechanism of the crystallization of cezent stone components.
Dok.l. AN SSSR 136 no.6:1407-1409 F 161. (MIRA 14:3)
1. Predstavleno akademikom P. A. Rebinderom.
(cement)

YMENT I YEVA 0 1. 1 ~
Diurnal variation of the temperature of water and 4ir over the
sea. Trudy GGO no .107:169-178 -61. 14,'10)
(Meteorology, Miaritime)

ACCESSION NRi AT4004710 S/2922/63/007/000/0052/0057
AUTHOR: Melent'yeva, I. I.
TITLE: Certain atmospheric boundary layer regularities detected from an analysis
of experimental data
SOURCE: Vaes. naucbn. meteorologich. soveshch. Trudy*, v. 7. Fizika prizemnogo
sloya. Leningrad, 1963, 52-57
TOPIC TAGS: meteorology, radiosonde, atmospheric stratification, atmospheric
boundary layer, boundary layer regularity, meteorological data analysis, advec-
tion, turbulence, topographic effect, boundary layer parameter, atmospheric turbu-
lence
ABSTRACT: In recent years the specialists of the Glavnaya geofizicheskaya obser-
vatoriya (Main Geophysical Observatory) have solved a joint system of equations
for determination of the wind and temperature profiles, the turbulence coefficient,
and other characteristics; certain assumptions made during this work now have
been checked. The height of the boundary layer was determined from empirical data
on the height at which diurnal variations of temperatur'e vanish. Data for about
1,5000 radiosonde ascents during the summer months over a five-year period were
Card

ACCESSION NR: AT4004710
anafyzed. Data were for nine levels from the surface to a height of 3 kilometers.
Profiles for each month were constructed using five-year means, making it possible
to determine the change in height during the cou'rse of a seasqn. It was found
that the height ranges from I to 2 kilometers in different months and that the
turbulence coefficient varies by a'factor of 4. The height of the boundary layer
is one-half to one kilometer lower during advection of heat than during the ad-
vection of cold. 1he seasonal variation of the turbulence coefficient for differ-
ent"~ypes of advection was determined. The following conclusions were drawn: 1.
The height of'~he boundary layer increases with an increase of instability from
0.7 kilometer in a stable state to 2-3 km in an unstable state. 2. It increases
from spring to summer and decreases toward autumn. 3. The values of the turbu-
lencecoefficient, obtained from the height determined by the described method,
agree well with values obtained earlier by different methods. 4. The character-
isti~s determined can be used fo; refinement of the characteristics of the bound-
ary layer determined on the basis of a theoretical analysis. 5. Such computatiore
can be used to determine the relationship between vertical turbulent exchange and
physicogeographic conditions. Orig. art. has: 4 figures, 4 formulas, 1 table.
ASSOCIATION-*. Leningradskiy gidrometeorologicheskiy institut (Leningrad Hydra-
meteorological Institute)
Card
!WMMMWM1=r

ACCESSION NR: AT4028744
S/2531/63/000/1.44/0076/0060
t',XMOR: Helentlyeva,-I. I.; Kaplan, S. N.
TITLE: Some characteristics of wind direction variability and their use in calcula-
ting atmosphere pollution by factory smokestacks
! SOURCE: Leningrad. G1. geofiz. observ. i. Ukr. n.-i. gidrometeorol. inst. Trudy*,
no. 144/40', 1963. Fizika pogranichnogo sloya atmosfery* (physics of the atmospheric
boundary layer): Dneprovskaya expeditsiya GGO i UkrNIGMI, 76-80
1
TOPIC TAGS: air pollut I~on, wind directions industrial pollution', wind
ABSTRACT: In this papei3, the authors present an analysis of results of calculating
the wind direction variability for various time intervals. The obtained results
are used for calculating !,the average concentrations of impurities (which reach the
Erth's surface from a high source) for different time intervals. The dependence
ohi the magnitude of impurity concentration on the-averaging period is presented.
T time variability and wind direction, as well as the various results of the ob-
servation are presented in a graph.- The authors derive formulas for calculating the
pollution for various time intervals, various heights of the source and various wind
directions. Orig. art. has: 7 formulas and 4 figures.
Card, 1/2

ACCESSION.,NR: AT4028744
ASSOCIATIO,Lq~. LeninVadskaya glavna geofizicheakaya obgervatorLya (Frinciple Geo-
physical Obse rvatory of LenIngrad)
SUBMITTED: 00 DATE ACQ: 16Apr64 MCL: 00
SUB CODE: AS, M14 NO REP SOV: 004 07m: 000
Card2/2

ACCESSION NR: AT4028745 S/2531/63/000/144/0081/0084
AUTHOR-. Laykhtman, D. L.; Kozakav, L. A.; Melen 'yeva, 1.
TITLE: Experimental investigations of the vertical changes of turbulence intensity
in the boundary layer of the atmosphere
SOIJRCE: Leningrad. G1. geofiz. observ. i Ukr. n.-i. gidrometeorol. inst. Trudy*,
,no. 144/409 1963. Fizika pogranichnogo sloya atmosfery* (physics of the atmospheric
;boundary layer); Dneprovskaya expeditsiya GGO i UkrNIGMI, 81-84
!TOPIC TAGS: boundary layer, turbulence, wind velocity, Dnieper expedition
ABSTRACT: An attempt is made to evaluate the properties of the characteristic
vertical profile of turbulence based on pilot balloon observations. Information is
presented on the vertical profile of wind gust velocity of the atmospheric boundary
layer; certain dependences of the profile on the stability characteristics are
pointed out. Experimental data were obtained by conducting a series of opecfally
or4anized balloon observations from 6 bases. The results of the observations are
presented in graphs. Usually, sharp changes in the gradients of wind velocity or
temperature (caused by cloudiness or the passing of fronts) strongly distort the
vertical profile ofl wind pulsation. Pulsation maximum is observed at an altitude of
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1ACCESSION NR: AT4028745
about 2.5 km. A minimum of wind gusts is observed in the layer from 750 m to 1500 m.
.The elimination of pulsations above this level is obviously explained by the cam-
:parative stability of layers above 3 ka. However, one should not draw conclusions
!about the single valued connection of turbulence in the layer with the Richardson
,number at this level. Such a connection can be substantially disrupted by the energy
~ diffusion of the turbulence of the upper and lower line layers. It is possible to
lexpcc~ that a satisfactory connection can be observed if thermodynamic uniformity
;exists in an'adequately thick layer. A separate analysis of each series will be
conducted in one of the future articles. Orig. art. has: 4 figures.
ASSOCIATION: Leningradskaya glavna geofizicheskaya observatoriya (Principle
Geophysical Observatory of Leningrad)
SUBBITTED: 00 DATE ACQ: 16Apr64 ENCL: 00
I
,SUB CODE: AS NO REP SOV: 000 OZM: 000
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ACCESSION NR: AT4028748 S/2531/63/000/144/0096/0101
AUTHOR: Galadzhiy, N. M.; Melent'yeva, I.; Tkachenko, A. V.
TITLE: Determining the altitude of the atmospheric boundary layer by-various
methods
SOURCE: Leningrad. G1. geofiz. observ. i. Ukr. n.-i. gidrometeorol. inst. Trudy*,
no. 144/40, 1963. Fizika pogranichnogo sloya atmosfery* (physics of the atmospheric
boundary layer); Dneprovskaya expeditsiya GGO L UkrNIGMI, 96-101
TOPIC TAGS: boundary layer, temperature sounding, wind sounding, Dnieper expedition.
wind profile
ABSTRACT: In this paper the authors present results of determining the altitude of
the boundary layer of the atmosphere according to temperature and wind sounding
data during the Dnieper expedition. Formulas are derived which enabled the authorsi
to plot the altitude dependence of the dynamic boundary layer on an x-value. The
characteristic3 of the atmospheric boundary layer, according to the Dnieper expedi-,
tion of 1961, are given in a table. The around-the-clock change of,the boundary
layer is plotted according to the derived formulas and is compared with the
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ACCESSION NR: AT4028748
experimental data. Orig. art. has: 2 figures, 2 tables and 11 formulas.
ASSOCIATION: Leningradakaya glavna geofizicheskaya observatoriya (Principle
Geophysical Observatory of Leningrad)
SUMMED: 00 DATE ACQ-. 16Apr64 ENCL. 00
.SUB CODE: AS, MH NO REF SOV: 004 OMER: 000
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MFIENTIYEVA, I.I.
Effect of a aGnst-4ady 3tate on the magn,,tude of .arbulent head flsa.
Trudy Ien.gl.dromot.inst. no.18,161-166 163. (MiRA 18R1)
1~
-:%i7

STABNIMV, V.N.; MBLSW'YEVA. I.S.
Bfficienc7 of deatillation and rectification apparatus used in
the distilling industry. Trudy KTIPP no.17:13?-14.1 '57.
(MIRA 13:1)
(Distillation apparatus)

V. 'Y:VA, I.S.
STABNIKO , V.N ; t~l
Efficiency of plates in distilling
Spirt. prom. 24 no.1:13-17 158.
(Plate towers)
and rectif7ing apparatuses
inu 11. YIN

C('I-T! ",
.? y
UL~, H
T:3C OR I tivated Flarts. !.-O-istri al. X

A TY. R

fr~~Ulimz of *.r,.i Feading of imflower.
RT C; z3b.x &ri;t,~-Iy oL7,tiat, o c-au!3hno isslad. rabc)t.e iees. n.-il
ni-tj ra,--ziiz~aa. I ef ir%iasli-chn. ktiltur za 195b
l
Es 17, 1! iirjrK. on th-) itlidy oi' the appa-
vdw3ral fartilIzars on t6e viali of smfi"'w9r,
--arried out by the Don lonal 4,yparimantal aad Bree"ag
(1-~5-141~1955'1, , al'ILIVed Lhavc In inliv-idual jreLLrs tho
Wl i:ort~~i3ti 1%

fartilizer-3 both thr-) all- a-ld ula lci;~clv~q
4li
dijitlLtigaiahoil froir. thf) unfarti;lLa,ll Qaea t:7 a -LC,-.4or
0) and LqscatLal %ill, eljLrTS.
1/ 2 411) Krasqodar, "S-~.,v.

1.5 t -I ') ti , ') r .
C" MO VO
The faflueace of procatne and Its combinadbas with some
chemical therapeutic preparations oa the course and end of
experimentally caused Infarction,qf, the spleen in rate.
'. '. 'feshcheAkaya, N. Mclent eyza, and 0. Ok9rclovit
(hied. Othelyabinsk). Farmakol. i retyikol. Id,
infraction ofthe
spleen of rats could be used to det. the intensity of the dissf.
pating power of the drug on inflammations. Theinfractionis
produced by ligating the central part of the splenic artery.
The infarction is produced after .7-5 days. Norsullazole
sodium and procaine am intrrAuced subcutaneously. The
inflammation proccss is lessened. 4-Aminosalicylic acid is
less effective than proculne + norsullazole. 4-Amino.
salicylic acid + procalne quickens the regeneration. The
antiinflammatory effect of ptocaine is due to the direct
-action on the central nervous system - L. Goldenberg

S/065/62/000/006/oo6/007
E194/E416
AUTHGR: I'velentlyeva, N.I.
TITLE; 1--ermissible storage times of fuels T-I and TC -1 (TS-1)
PE,Z]ODICAL: ~,himiya i teklhnologiya topliv i masel, no.6, 1962, 59-60
TEXT: Although fuels T-I dnd TS-I are very stable they ma y
deteriorate on storage and, accordingly, stora-e tests were
carried out in surface tanks for 6 to 7 years in Northern and
Central climatic zones of the country and for 4 to 5 years in the
Southern zone. Measurements were made of the final boiling T)oint
th8 acid value and the gum content. The first of these rose by
about 20C, the second by not more than 0.3 ing K011/100 ml of fuel
and the existent gum content by 3 to 4 Ing/10C MI. Thus, the
properties remain within specification limits and the storage
periods in question are permissible. There are 3 tables.
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