SCIENTIFIC ABSTRACT MUKHANTSEVA,, V. V. - MUKHANBERG, V. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001135520015-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

1. mumov"'M, D.
2. USSR (6oo)
4. Sawmills - Accounting
7. Imorove initial acccunting at sawmills. Bukha. uchet 12, No. 1, 1953.
9. Monthly List of Russian Accessions, Library of Congress, May .1953. Unclassified.

S/080/62/035/005//0107/015
D204/D307
A'L.;'I..E- OR SKaplan, G. Ye. , agkhar_t~~~. , Filatkin, A. P.,
Andrushkevich, K. A. and Dusheclikina, A. I.
rnTr--LE: Electrolys4s of lithium sulphate solutions using a
mercury cathode
p7-1 I,- JD -CAT :
Zhurnal prikladnoy khimii, v. 35, no. 5, 1962, 1043-
1048
111EXT: The authors wished to determine the possibillty of produc-
4 " -40H by the electrolysis of aq. Li SO The process was con-
-nzr IJI, 1 2 4*
duc-.ed with a Pt anode, and a stream of Hg passing throu6h the cell
served as The cathode. The Hg/Li amalgam formed was collected and
analyzed - the Li content was kept below 0.05%, and'was generally
~~ 0.01~,oj to avoid the formation of a solid phase. The optimum con-
ditions for the drocess were found to be: 200 - 300 9 Li 2Q04/1 of
e'ectrolyte, cathode current density 1500 - 2000 amp/m 2 (the latter
value gave a current efficiency of 99.9% with 300 g L12 so 4/1)t
C'ard 112

S/08 62/035/005/007//O'j 5
Elec-.rolysis of lithium ... D204YD307
ze-moerature 15 - 20 0C, pH 3 - 6. Presence of Fe, Cr, Mn, Ca, Na,
0
K and Al ions (separately) in the electrolyte at a concentration-
of V".02 g1l, lowered the current efficiency to 90 - 95%, while
-~'-e same quantity of Mg decreased to 47%. limultaneous presence
of above impurities, in a total amount of 0.02 g/1, lowered
ff/tIo 67%. Higher concentrations of these metals (0.2-- 0.4 g/1)
~4ave current efficiencies of 62.0 - 43.0%. LiOH obtained from
e-Lect-rolytes containing the above ions contained only a trace of
-Na and K. There are 5 figures and 1 table.
3U-3*.-:.';TTED: January 27, 1961
Card 2/2

IBAWT, Lru.; kMEURAKOV, A.A.
AdamlW syndrome in Schosaleln-Nnwh disease, PsdUtrila 39
ao.,281345 F 962* (KMA Uv2)
1. Is kUniki abohaboy khirurgil (MT. - direktor mod-Muk
I.1, ZuVw) indishmkogo =dItalrikogo lantituU (dir. -
walub Us= Uske Allmor) i Andishanskoy detakoy
bololdtay vrach U.A. DzW-lav).
(MMU (PATBOLDff)) (MMW-VWUJ=)

MUKHARAMOV A.Gh
- _,.. - , - , . .
Use of Nodamly mineral water In certain forms of tuberculosis.
Aserbezedeshur, no*2:106-107 7 '58 (KIRA 11:12)
1. Is Bakinskago legochno-tuberkuleznogo sanstoriya im. Vqaanikova
Wavvrach V.X1. Dzhanibekov, nauchnyy nikovoditell - doteent
A.D. Pirverdlyev).
(TUDERCULCSIS)
(KIMML WATEM)

MXRAUMOV, A. Sh.
Diagnosis of tuberculosis and Its treatuent with tuberculin. Ned.sestra
18 no-10:37-39 0 159. (NM. 13:1)
I. Iz tuberkalesnogo sanatortya, Baku.
(mxRCULOSIS) (TMIRCULIT)

SHIKHIYEV, I.A.; ALIYMV, M.I.; SADYKHZAMp S.I,; SHCHNGOLI 1, Sh,S.;
AMMIMOTA, Gelu.; rv V*Ps; GUSIINOVA# M*A*;
J~~A ~; MMMALIMA, T.Xh.; SHOLAMA, L.
Synthesis and use or silicon naphthenic aolds in the production
of butadiene-styrene rubber. Aserb.khim.abur. no.5:65-68
161* (KM 15 t 5)
(Naphthenic acids) (SlUcon organic compounds)
(Rubber, Synthetic)

ACCESSION NRs AP4022010 S/0249/63/019/012/0015/0017
AUTHOR: Shikhiyev, 1. A.; Aliyovo M. I.; Z&YnAlOv, B- K-;
Israyelyang Do R.; Mukharamova. Kho F.
TITL99 Synthesis of vinyl *Start.from commercial fractions of
CS - C6 fatty acids and acetylene
.SOURCEs AN AserbSSR. Daklady*, v. 19, no* 12, 19630 15-17
TOPIC TAGSi vinyl *star, Cs fatty acid, C6 fatty acid,' activated
aerb on
.ABSTRACTs The purpose of the present investigation was to find'an in-
du~trial application for the fatty acids of the CS - C6 fraction ob-
tained by direct oxidation of the paraffin hydrocarbons. A commer-
:cIal frsction of fatty acids (boiling point of 180-200C) was reacted
.with acetylene. using activated AG carbon Impregnated with salts of
the sane acids as catalyst. The equipment consisted of a reactor,
a coil vaporizer, and five condensers, two of which Vera cooled with
dry ice. The experiments were carried out at a acetylan&:&cLd ratio
of 9S1. The temperature of the catalyst was 245-ZSOC the tempera-.
ture a the call vaporIxer for fatty acids was 220-221C. the race.
Lat* I A _!

!ACCESSION XRs AP4022010
;of fatty acid food was 30 cu3/hout, and the acetylene rate was
!3.3-3*5 liter/nIn. The acetylene was nixed with the vapors of
ifatty acids before entering the reaction chamber. An SIZ.yield of the
icatalyxate was obtained, with the noncondensed vapors being discharged
iLato the atmosphere* Five fractions were Isolated from the.catalyzato
ivithin a boilLag range of 65-ISOC (75o9% wore vinyl eaters, the
':bromine sumbes: of which ranged from 125.7 to 84.44). The 135-ISSC
*fractiou was the largeott-ropc&aa&cLug.4-31.3Z,y&eld on the basis
t
r1of the fatty aside used In the reaction, It had a molecular welghC
!of 131.4 and a bromine isumber of L12.3, as against a theoretical
.bromine number of 114.4 for vinyl *star. Orig. art. bass I table&
1-ASSOCIATIONs ISO Tue Go MansdalLyove,
!SURNITTZDs 120cs:63 ATD PRZSSs 300 XNCLs 00
M COD28 00
NO REF SOVI 010
OTVZR: 000
icwd 12_
---2

ACCESSM. '.17,982164/0001051/0199/0206
AMOR: C- T. I..; iI;:.,,ic!,, Y,. V.: vvova'
YbPv".t-_. A H j Melitu-=-va, N. A.; ;cverbitkova.,
TIM: ti efficient process for the complex refining of Turkmen petroleum Oq_
SOURCE: Iv-,ccv. Institut neftekhtmichenkoy t gazovoy promyefitennosti. Trudy, not
51~ 1964. Nnftr'khfn',ya, neftekhimicheakiye protoessy i nefteparerabotka (Petroleum
ch"-Istry, petrochemical processes and oil refining), 199-206
i TCIT'7C TAGS: petrolelm refining, deasphalting, mazout, catalytic cracking, deparafs-
i finizatLon, petrolatum, caresin
I.II':-RACT:Tha outhorn studied the deasphalting of mazout and residuea from petroleum
refinine nbove 500C, and ittentipted to determine the possibility of brrqd'~.nin~, the
raw miterial bass of entnlytIn. cracki j\ Tho main feature of the complcx
pr"Cons 01 refining Turkr.-,n petrolcumo for use at the Krasnovodsk refinery is the
C."otructi., of a deanphnIting unit and the use of the deasphaltate no the raw
matertal for catalytic cracking. Purification by adsorption followed by depar4f-
finizntion of the denophaltate can produce high-grade residual oils of types MS-2011
.Card 1/2
~

L ',!!133-6')
AT5006944
7T".-,?!~Whone properties are equal to those of the same type of oils obtained
vrb-Ajan petroleuna. The adsorption purification and deparaffinization of
;Ailatnn by r - thylethyDec tone - toluene mixtures can produce high-8rado
-r, in,!u-'rial, and automobile motor oils. The use of petrolatum an a
"I for L'- pripiration of Mgh-melting cereaLna is highly recamvz-r-nded.
flov o^ the proposed process is given. Orig. art. has., 5
neftekbimichookoy I gazovoy prowyehlennosti, Moacow (Petro-
I!, L ~.t I ~try institute)
7): 00 ERCLI 00 SUB CODSt FV
NO REF E0,11 CA VMR: .000
C.,d,

%:
L
T
ACCESS 101T-ft: 694
AUTHOR: Gurevich,, 11. LP; Mukharemov, A. M,; Kiselev, B. D.
T I T.'-E Preparation of transformer oill'from crude procensed at the Krasnovodskiy
neftepererabatyvayushchiy zavod (Kr-asnovadsk petroleum refinery)
50nCE: Moscow. Institut neftekhiratcheskoy f gazovoy promyshlennosti. Trudy, no.
I - -,J4 .Neftekbimiya, neftekhtmichaskiye protsessy i neftepererabotka (Petroleum
Crleffll3try, p~!trochemlcal proceases and oil refining), 258-263
1
TOPIC TAGS-; .- patr cleum refin! transformer oil, carbamide deparaffinization, pour
"'~:? t~~'Akvs
AMTRAM Carbamide deparaffinization of the 30D-3900 frBetion IDI the distillate
of tT3U%f0tMaV aii obtained fxom a mixture of Tur~mea petroleums processed at the
Krasnovadsk"rtftnery
-candot produce transformer oil having q pour point below
-42C. Introduction of a depressant Is tint fully saftsfactory because the oil fe
fnsufflciently stable. Deep cooling of- the transfon r oil distillate (300-390C)
6-j i - ex7,ftrenme arLreare ae -&e qrwdacea 022 'Vhie~
Carol

'--of t 616 ~~---9- tabl6s
ron tbWW~ftp.m Turkmeti4etro eum- L~Otig,~.4trt
, 9 nitttu't'-ndftekhlmicheak6y--i ga~tdvoy% prom hlennosti, Moscowe
AS OCTATIO9 (P tro
Chemical Q gas industry institute)
SUML17ED: 00 ENGL., 00 BUD CODE: FP
IN) REF SOV:, 000

MUKHAREV,, L.A.; FEMINANt A.1-L; ROGOVAs N.A.
Determining specific inductive capacitance of naterials at high
temperatures in the 3 cm. radio wave band. Prib.i tekh.eksp. 6
no~5:138-14 161. (KIRA 14:10)
(Dielectric conotant-Heasurement)
Iw

ANGELOV, G.; DENEV, I.; STOEMENOV, Kr.; MUKHAREV, N.; BONEV, D.
Distribution of hydatiganous taenisais and cysticercosis In
northeastern Bulgaria. Izv khelzint lab BAN 9-91-96 64.

ZAYTSEV,"Yevgeniy Vladimirovich; MUKHARFVA, A.N. -; I'OYAIIK(V, G.P.
[Memorable pages; from the histoi-I of the Ta.-.qnl-o-. m-eta-1-
lurgical plant] Pamiatnye stranitsy; iz isorii Taganrogskogo
metallurgiclieskogo zavoda. Rostov-na-Donu, Ro.itovskoe krdzh-
noe izd-vo, 1961. 155 1). (MIRA 17:3)

SOV/ 124-57-9-10694
Translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr 9, p 123 (USSR)
AUTHORS: Babalyan, G.A., Mukharinskaya, 1. A.
TITLE: The Displacement of One Liquid by Another From a Porous Medium
(Vytesneniye iz poristoy sredy odnoy zhidkosti drugoy)
PERIODICAL: Tr. Azerb. n. -i. in-t po dobyche nefti, 1955, Nr Z, pp 205-ZI4
ABSTRACT: The experimental investigation dealt with the mutual displacement
of two miscible liquids of similar viscosity (distilled water - alkaline
water and vice versa) contained in a porous medium, The time
required for the outflow of pure and mixed displaced liquids was
determined for various rates of seepage flow. The effect of the
"bound volume" of the displaced liquid on the process of displace-
ment is analyzed.
L. V. Lyutin
Card 1/1

wKwusurA.- .,A...-. CHMOKOaDIKOV. MA.
- J ---
. v
Consolidation of jointly exploited formations of the Kirmaki
series In the BIbI-Zjrbat field. Azarb.neft.khos.35 no.12:1-4
D '56. (MLIL 10:3)
(Blbl-ftbat-011 fields)

3(8)
A U",HORS
T ITLE:
PERICDIC.',L:
AV/13 2-59-5-4/17
Khanin, A...1. and Mu.":har ins kL. ya, I.A.
On the DetermilgtIM o--F' the Effective ecific 3urrace --ad of
the Oil and Gas jaturation of %ocks
Razvcdka i okhrana nedr, 1,59, i1r '5t P-, 13-'0
,',BSTU~"T: The authors prouose a Cra-hic and anr.I.-tic for
det:-rmining the effetiv,~~ specific siir ,.cc and the oil and
gas sattiration of dif,-,_,ri:,%t roc!:s. 2he tot.--i'-, zp-ci,'ic Sur-
face is a sum of superficies of containe-. in one vo-
lumetric unit of a given rock. It can ')e tad b,,, the
follo,aini7 -formila:
3 C . m
7here 3 is the total specific sur,'m-c in sqcm/cucm;
m0 is tRe total porosity; k tne ab,;olute ex-
Card 1/3 Dressed in darcyles arid C is an em-irical
0

OV/132-59-5-4~17
On the Detainihation of the Effective Specific 3urfacc an,l of tl~r.e Gil ild
jaturation o.L-'
different for each kind of rock arvl found
table 2). The effective specific surf-ce
fac,-s of pore c1la.-.nelo throu,-h which _Flu.JJ::
is cakulated b-, the followinL, formula:
3 C m 10
(see
i-,,. th~ total of sur-
,)onetr t--n , i t
where 3- is the effective specific surface; k. - t`.- effect-
ive ofl"or gas imrermea~sility; m - the effei-liv, jorosi",
e
.. - C r -a:, e t] r 0
and C is the cmPirical coefficient for the
(table 2). To f ind the val!~os S and tno
1--.e viere use:'- 0
-1 1
C 0 and C1 e
0
c
Card', 2/3 m 0 m
0
v F77

3 -1 7 ' 13/ 5 - 17
On the Debnwinsdon of thc. Effectiv-
3aturatio~ii of lockc
"'akin-1 (1) the C,., aind C1 vaiue.,~ from t: !)J~~. t..r. ~.Lut;r`! f cund
~haat OSO is equal to 800 sq(-,Li/'cuc:i [Cr ried w,~ 0
sqcm-cucm for finely grained san,'ston,~s and -.Lout 1750 sncm//CU
cm for aleurites .-.,ith the prje~lorriinant fine a1puritic fra.--t-
j
ion. CorrespondinCly, the -f values for t~~-: ro'I")s is
about 500 700 and sqcm/auca. The iar,er 4fl~_r-
ence between tho total anc : c'n eeff:.ctive sar-
faces the smeller is the effective poi'l--sity ~-'. z- iv:~n rock.
Thus the value A 3 is a faxtor c- aiar;t~iizi..; t_'_ a
inV capacity of oil and -as beari:--, ro(As. Th~ri~ ;.rc :- ta'-_7es
-4 graphs an,'. 7 3oviet riefere.-ices.
A 3 3 OC IA T I C 'N -VNIIGaz (Khanin)
AzNII DIT (Yukhariaskaya)
Card 3/3

MARTIROSOVA, A.O.; MUKHARINSKAYA, I.A.; MINUMO, L.V.
Relationship between the gamma activity and-,the granulometric
composition and specific surface of grains 6f arenaceous-silt of
the producing formation. Azerb. neft. khoz. 39 no.3(405):1-5
Mr '60. (MIRA 14:9)
(Azerbaijan--Rocks, Sedimentary) (Gamma rays)

FROZOROVICH, B.A.; -- MUKHARINKAYA, I.A.; MOVSESYANp S.G.; AZIZBEKOVA, A.Kh.
[deceased) -
Petrolew contents of sand and silt cores from a producing formation.
Geol. nefti i gaza vol. 4,, no. /+:52-56 Ap 161. (MM 14:5)
1, Aserbaydzhanskiy nauchno-iseledovqLtellakiy institut po dobyche neftio
(Boring-Analysis)

MOKHARINSKATA, I.A.; ZARITSKArA,.O.T.
Iftetwed reservoir rocks in the series of cuprous amdstones
In the Shebelinka gas field. Trudy VNIXGAZ no.16/24:104-U7
162. (MIRA 15:8)
(Shebelinka, region-Gases in rocks)

ZARITSKAYA, O.V.; MUKRAMSKAYA, I.A.
Reservoir properties of rooka in the Kartamysbevo series of
the Shebelinka gas field In connection with the oompositicn
and types of their cements, Beftegaz, geol. i geofiv. no-41
20-26263 (MRA 17 V)
1. Ukrainskiy filial Teesoyumiogo nauchno-issledovatellskogo
instituta prirodnogo guza*

MOVSESYAN, S.G.; KUKHARINSKAYA, I.A.
Effect of the disintegration of the structure of rocks on their
residual water saturation. Nefteprom. delo no.1:7-9 164.
(KMA 17:4)
1. Aserbaydshanskiy nauchno-issladovatellqkiy institut po dobyche
nefti i Ukrainskiy filial Vaesoyuznogo nauchno-iseledovatellskogo
instituta prirodnogo gam.

MUKHARINSKAYA, I.A.
- I- , -......
Dependences betwven the paramtera characterizing the reservoir-
rotk properties of producirg rockil baaed on a Amor of the
Shobelinka gas field. Neftegaz. geo3. i geofiz. no.6t22-28
164. (KRA 1728)
1. Ukrainskiy filial Vaesoyuznogo nauchno-issledovatellgkogo
institute prirodnogo gaza,

14111,~HAHINSKAYA, I.A.
...1asaes of reservrir rc ,
- -A3 found Jr, ce,-tain fields In the
b,-,,Xrwpstw-,rT, se--tor of the rMleper.-Conets 14wland. Trudy
VNIIG.V. n-,20/28.224-227 lf~4. (MIRE 17a8)

MUMARINSKAYA, L. S.
"Partizanskiye pesni. Belorussii JI ikh slagateli."
report submitted for 7th Intl Cong, Anthropological & EthnologlciLL Sciences,
Moscow, 3-10 Aug 64.

MUMMNSKATAy -V.S.; SARADZHISHVILI, P.M., red.; SARKISYAN, L.N., red.
TODUk, k. R. , tekhn. red.
[in unusual cerebrospinal fluid syndrome In some lesions of the
system]O evooobrasnom likvornon sindrome pri nekotorykh pora-
shea4Aakh nervaoi sistemy. Tbilisi, Izd-vo Akad. sauk Gruz-1askoi
SSR, 1960. 61 p. (NM 16:2)
(MMVM SYSTEM-DISEASES) (CEREBROSPINAL FLUID)

MUEIIARINSKAYA, V.S.
Mechanism of Weichbrodt's reaction in the cerebrospinal fluid.
Soob. AN Gruz. SSE 28 no.4:469-472 Ap 162.
(MI1 RA 18: 1)
1. AN Gruzinskoy SSE, Institut klinicheskoy i eksperimentallnoy
nevrologii, Tbilisi. Submitted August 5, 1960.

USSR / Pharmacology, Toxicology. Toxicology, V
Poisonous Plants.
Abs Jour: Ref Zhur-Biol., No 16, 1958, 85301.
Author -Mukharlyamov.
Iftet
Title The Functional State of the Pancreas in Trichodes-
motoxicosis,
Orig Pub: Med, zh. Uzbekistana, 1957, No 12, 39-4o.
Abstract: Of 25 patients with trichodesmotoxicosis, the
course of the disease was mild in 10, moderate in
14, and severe in 2 patients. Studies of patients
inthe fasting state showed an increased content
of diastase in the duodenal juice; trypsin and
diastase were found In the blood and urine in in-
creased amounts in 7 patients; there was reduction
of the content of these enzymes, and also of lip-
Cprd 1/2

NMM&nTANDV. N.M.
lawastigation of thyroid gland function In hypertension by
seaus of radioactive Iodine. Ned.simr.Uzb. no.lOt24-27 0
158. (MIRA 13:6)
1. Is fakmlltetokoy Urapsytichoskoy kliniki (zav. - dotseut
A.K. Adylow) Bamrb%adskago gosudarstvemago neditaluskogo
Institute. lusal I.P. Fkvlova.
(MMID GZAND) WPUMS101) (IOD113--ismom)

UOR/Kiwan and Animal Physiology (Normal and E%thologLe 1) T
Internal Secretion. Thyroid Gland.
Abe Jour Ref Zhur Biol., So 6, 195% 26784
Author Mukharlyamov, N.M.
Tnst Sa rkand Medical Institute
Title Utilization of Radioactive Iodine in Diagnosis of
Diseases of Thyroid Gland.
Cri,3 Pub Nauchn. tr. Samarkandsk. med. in-ta, 1958, 16, 142-
i49
Abstract No abstract.
Card 1/1

MUMARUAMOV, N. M., Cand of Med Bel -- (diss) "Function of the Thyroid
Diseases -
Gland DurinF, Certain IIAXWUM of Internal Organs," bamarkana, 1959,
18 pp (Samarkand Medical Inst Im Acad 1. P. Pavlov) (KL, 1-60, 126)

ADYLOV, A. K.; KTT~gA!%V~, ff. 1~. (Samarkand)
FUnctional oxmination of the thyroid gland by the radloindica-
tion mthod in some dieftnes of the Internal organs. Nod. rad.
no.4:80-81 162. (MM 15:6)
(THrROn GLMID) (IODINE-IsOrOFES)

ACCESSION NR: AT404203 8/0000/63/000/000/02A/0229
AUTHOR: KWmrin, L. 10,; Katkovdcly, V, S.; Kazlov, A.N.; NWdmrlyWTg No He
TITLE: Sf fact of bypokinesia on work capacity in man
SOURCE: Konferentsiy& po &viatelonnoy I komicheakoy neditaine, 1963.
Aviatsionna a i kammichodwa meditsina (Aviation and apace medicine); materialy*
konferentall. Moscow# 1963, 226-229
TOPIC TAGS: hypokineada, adynamila, work capacity, human energy expenditure,
oxygen consumption
ABSTRACT: Experiments were performed to determine the effects of a prolonged
limitation of motor activity on the physical work capability of man. Four healthy
male adultal 21 to 24 years of Me, were subjected to strict bad-rest for a period
of twenty days. A strictly horizontal position was maintained even during mealse
Physical work performed was measured at the beginning and after the completion
of the experiment by having the subjects stop up on a 25-cm stop 100 times during
a five-ulmt* period. Ojwgea cOmmumptica and certain other indices of respiratory
functione were measured betwe, during, and artAw the bed-rest exparineut,
Card 2/2

ACCESSION W23 AIW2693
Results of the experiment showed that oxygen consumption (an index of energy
expenditure) rose from an lidtial level of 3372 al up to 4433 al an the first day
after the experiment. This represents an Increase of 31.4%. Oxygen consumption
reached initial levels only an the tenth day after the conclusion of the ezparl-
neat. A twenty-day bedrest Induces a significant deterioration of the physical
work capacity of am, whIcbq apparently, Is related partly to bypodymnia and
partly to the adaptation of the organime to the horizontal position of the bodye
The increase in the amount of energy required to perform work after bedrest Impasse
a significantly greater lead on the cardiovascular and respiratory systems*
ASSOCIATIONs none
SUMKITM: 27Sep63 ZPM: 00 89D COWs L6
NO MW BOY4 000 0~1 000
Card 2/2

ACCESSION NRt AT404VO5 S/OWO/63/000/000/0368/03--r-
AUTHDRs Vqasnikov, A. L.; Akhrem-Akhremovichp R, No; Kakur1n, L, L; Pushkars,
Yus To; As-400.06,)Qffo; Georgiyovskiyo V. So; Tokarev, Yu. N.1 Senkeviche
Yu. A.; Katkovskiy,, B. So; Kelininal, A* N.; Cherepakhin,, No A.; Chichkin, V. At
Filoeorovp V. K.; Shammv, P. Go
TITLE: Effect of prolonged bypokinesia an blood circulation In man
SOURCE& Konferentaiya po aviatsionmy I kosmicheekoy meditsine, 1963.
AviatalowaWa I kasmicheekays. meditsina (Aviation and space medicine); materialro
konferentaii. Xoecow,, 1963, 368-371
TOPIC TAGSs isolation# prolonged Isolation, isolation chamber, Isolation offoott
bioelectric activity
j. AESTRACT: Four young men 22 to 2A were subjected to voluntary bedrest for a
period of 20 days. Tests on pulse,, arterial pressure# rate of blood flow, venous
pressureg etc., vere run before and after the completion of the experiment* These
tests were performed at rest and after functional exercises (30 knee bonds at the
rate of one every 1.5 sec)e During the period of bedreat, pulse frequency 01-
minished an the average ty slivokes per nimtel the arterial pressure diminish-
1

ACCESSICO IR, MUM
ad by 11,2 = of Fg,, Stroke volume diminished on the average by 6 alp vhIle the
minute rate of blood flow was reduced by 1.6 liters. After completion of the bed
regime, pulse frequency rose by 18 to 31, strokes per minutep, whUe systolic pres.,
sure and minute blood volums Increased, Deep knee bonds brought about charactw-,
Istic increases In the pulas rate and changes In arterial pressure and phites at
the cardiac cycle, The length at time required for these IMices to return to
normal Increased from three minutes to seven minutes, It can be assumed that
similm funotiwal changes In the cardiovascular system vW take place In man
after bin return to normal gravity following pw2onged weighUessnesee
ASSOCIATIONs none
SUEKI7UD & 27Sep63 ZWLs 00 SVB OWC 1 15
ND FW S(N s OW Or= a 00

N.M.
Mechanism of respiration in patients vith mitral def4ete. Sov.
ned. 27 no.&M-16 Ag 164. (MIRA 1813)
1. IS.Instituta terapil, (dljr,- deystvitellanyy chlen ANN SSSR
profi-I.L. Nyannikov) ANN SSSR, Kaskva.

MUMARLDMOV, N.M. (Mookva)
Basic problems of card-Ilac. irxufficiency Lased Gn
o1 the Senond All-Russlen Congress of
DecumtRr 8 - 121 11,164. Yrirclologlia 5

KUXUARLYAKOVO YU.N.
Petrolem workers of India are fighting for trade-union unity.
loftlanlk I no.7:35-36 JI '56. (MU 9. U)
=Lam)

UT'~::t of a-m-'razine Or' ti- ~-Oul-se Gf ~rP- Paranoid fcrm- r~f
sf-hIzophrurda wi~,n e-lemnert~'. cf perloall,-Ity anj
cir:,-ularLty in the p~cturc and caurse. Vop.kliri.,
patog. il lech. q~-Jlz. no.1,11.05-J07 164. (MIRA 18:5)
C~A~*,' ~~Jktlnww vc-,,:ra-Qta (za,~. - prof. S.C.Z!.,'shij)
Gosudarstvetirjogl-: 16.ug,-, inst-Itu'.a pstlkhiatril
Min.'.sterstma zdrav,,-,-,khranf~nlyi RSPSR.

KUZINA, A,I.;.jA4WAfi&a L.S. Prinimali uchastiye.0 VLADIMIROVA, A.I.,#
ARKATOVSKIY, IL I =A;~ D. A. -, S HT191. V. M.
Natural tularemia foci in Kemerovo Province. Trud7 Tom NIIVS
12:43-47 960 (MIRA 16s11)
1. Kafedra epidemiologii leningradskogo sanitarno-gigiyeni-
cheskogo med-itsinskogo instituta i Kemarcrveka-ya oblaa-lm-aya
sanitarno-epidemiologicheskaya stantsiya.

MMT,ARRAMOVA.9 1...A..
NUnconditicned Vegetative Vawular and Vegatative Outanecus Reflexes
During Organic Diseases of the Spinal Cords' Cand Ned Scig Tashkent Med-
ical Inst, Tashkentv 1953. (RMKol, No 6,, Nov 54)
Sw-vey of Scientific and Technical Dissertations Defended at USSR Righer
Educational. Institutions, (n)
SO: Sm- No. 521, -24*i 55

NMULIMMOVA, A.A., assistant
ComParative characteristics of sow wthods for the treatment
of syrivgoWella. lbd.zhw.gsb. no.loty-6 0 o5e.
(MMA 13:6)
Is kliu*l Remw bolemney (save-- prof. L,T&,, gwgorod-
skly) Ushlantstogo goandarstyannogo seditsinskogo Instituta.
(STRUGONMIA)

i. TAMMRSERV, V. A*
2. ussR (6ool
4. Sugar Industry
7- quality of textbooks on technology, Sakh. prom., 27, No. 1, 1953-
9. Month List of Russian Accessions, Library of Congress, April, _1953, Uncl.

DZWTARLT, Ch*M.; K-UMIARMWA. L.A.
Analyzing the causes of the Increased dielectric losses In
co~rclal transfor or oil*. Wu.1 takh.tople no.5:59-44
Nr 156. (MMA 9:9)
1,1nergetIchaskly InstItut Akademil neuk Aserb. Me
(Insulating oils--Blectric properties)

SOV/112-57-9-18631
Translation from: Referativnyy shurnal, Elektratekhnika, 1957. Nr 9. p 77 (USSR)
AUTHOR:~ -Dzhuvarly. Ch..'U... Alukharskava'..L. A.,
T17 UAW ikeleettic &#goes* in Commercial
owe
v 0
Tr s. 6do, -pric povyshennykh dielektrichaskikh
V40mor ~mtselV
poter.,!. uvarxw
PERIODICAU :Y~h. s4p,r ..Aserb. un-to 1956, Wr 9, pp 3-14
ABSTRACT:. the quality of transformer oil has deteriorated
con -Or T_ according to MTZ. the value of tgc? has increased from 0. 2%
(1949)4~ 1. 3% 11964 - The authors report causes of the to increase investi-
gated -,by, them, anA.,reconuAikid ways to improve the oil electric characteristics.
Washi .04*Wic,s* Pu ults in a tgP reduction down to 0. 07 -0. 15%.
ith is water res
The::'*;U'- -_W.r;-purWsd -on is more stable and lose hygroscopic; tgP of nonwashed
oil kept: in -open'-vessel increases 15 times over the first 24 hours. An
absorption metho4f of purifying. using gumbrine, reduces the dielectric loss
still further (down to I.- I - 516 at Wr Q; however, the stability of oil
Card I/Z

KUXMRSKAU, L.A.
investigation of the thermal aging of
Aserbaijant with summery in ltusslanj.
fls.-takh. I khime nauk no.5:131-141
(;nsulating oils)
transformer oils Lin
Izv. All Aserb. SSR. bar.
158.
(NI'RA 12;1)

DZHWARLT. Ch. N. i~ ISMSMra"U.I.A.
Studring the effect of the coaq)ctlfton of initial products and of
the refining method on the stability of Insulating oils. Aserb.neft.
khoz. 37 no.12:36-.40 D 158. (KIRk 12:3)
(Insulating oils)

k
LT"SKAYA, L.A., Cand Tech Sci (diss) "Study of di-~ltictric
properties and stability of t oils." Lon, 191,9.
15 pp vrith graphs (min of Higher Education USSR. Lon -7lectrical
Engineering Inst im V.I. U111yanov (Lenin)). 150 Copies 0a,,40-59P 104)

MUCHMKAYA, L.A.; MZHUVARLY, Ch.M.
StuWng the effect of H2304 purification and the fractional
composition of the raw material on the dielectric properties of
oils. Izv. AN Azerb, SSR. Ser. fis.-mt. i takh. nauk no.5:101-106
159. (MIRA 13:3)
(Insulating oils)

MUKRAUK&YA, L.A.
Method for measuring the tgd commercial insulating oile. Azer~.
neft. khoz. 38 no.6:45 Je 159. (141U- 121:10)
(Irsulating oils)

WRLUMY. Ch.No; KUKURSIATA, L.A.
*fact of surface-active additives on the electrical propettles of
&_system coulosod of transforwr oil and sodium soaps of naphtenic
adds'. Isv. AN Axerb. M Ser. f1s.-mat. I tokh. nauk ne.3t65-72
166. (NIM 13 t 11)
(Insulating oils) (8urface-active adpats)

S10811611000102310481061
B138/B101
AUTHORS: Dzhuvarly, Ch. M., Kuliyev, R. Sh, Mukharskaya, L. A,,
Dreyzin, M. M., Chikareva, N. 1. L
TITLE: Investigation of the possibility of producing transformpr -~l
by adsorption refining
PERIODICAL, Ref erat ivrWy zhurnal , Khimiya, no. 23, 1961, 450, absr,-i-,
23M88 (Azerb. neft. kh-vo, no. 3, 1961, 35 - 58)
TEXT: The oils were ref ined by means of ad sorbants, us inty the me t -~(,d
developed in the VNII NP. It consists in the continuous contacting
the descending layer of the adsorbant (aluminosilicate catalyst o"
fractional composition 0.25 - 0,5 mm) with the ascendinp flow of the
transformer distillate diluted with a solvent (gasoline from Surakhan.v
selected petroleum containing Y/. aromatic hydrocarbons). Analysis,
accord ing to ro 1-7 982-56 (GOST 982-56), of the adsornt i on-ref ined and
also of the acid-alkaline refined oils from Baku Buzovny, Neft-,,ari 'vye
Kamni, Balakhany oil and Surakhany selected crudes, showeJ hat
ref ining (adsorbent/crude ratio = 1 ; 1 . 5) rives proater sl-tb i -"' i t,,! !,Vin
Card 112

S/081/61/000/025/048/061
Investigation of the possibility ... B138/B101
the acid-alkaline method and makes possible the production of high grade
oils from tarry crudes. Adsorption-refined oils have very good eloctrical
properties: low tanh value and high electric strength. The replacpment of
the old acid-alkaline by the new adsorption method of refining transformer
oils will mean that a greater supply of crude is available, thp onervinr
properties of the oils will be improved and the service nerlod n 1?-.- -
transformers will be extended.. I Abstracter's note Comnlete trir-i',,*

3/065/61/000/004/010/011
E194/E284
AUTHORS: Dzhuvarly, Ch. M. and Flukharskaya, L. k._
TITLE: An Investigation of the Stability of Transformer
Oils
PERIODICAL: Khimiya i tekhnologiya topliv i masel, 1961, No. 4,
pp. 64-67
TEXT: Previously the oxidation stability of transformer
oil was determined by prolonged oxidation in beakers at a temper-
ature of 105*C. This method is sensitive but lasts up to ten
days and a quicker method was required for production purposes.
An accelerated method which can give a result in one day uses as
catalyst a steel ball of 12-14 mm diameter and a copper plate of
50 x 30 x 0.3 mm wrapped up into a cylinder. 500 ml of oil is
oxidized at a temperature of 10500 in a beaker 74 mm diameter.
After oxidation the oil is cooled to room temperature in a closed
thermostat and determinations are made of acid number, dielect-
ric loss angle and water soluble acid content. Results obtained
by this test on transformer oil prepared in different ways from
various crudes are quoted and it is concluded that the accelerated
Card 1/3

S/065/61/00()/004/0'0/011
E194/E284
An Investigation of the Stability of Transformer Oils
method gives results comparable with those obtained by the long
term method and is also in agreement with the 8TV, (VTI) method
(Standard POCT qS1-S5 (GOST 981-55))- Of course the method
assesses the degree of ageing of the oils only in the initial
stages of oxidation and does not characterize the later stages of
ageing including sludge formation. The composition of the various
oils studied was examined by the n - d - A method which is based
on determining the refractive index, the density and the aniline
point. This method was used to determine the aromatic ring
content of various oils and it is concluded that one cause of the
low stability of oils derived from Buzovny crude may be the high
content of aromatic hydrocarbons. To determine their fractional
composition the oils were subjected to vacuum distillation. The
oils were split up into narrow fractions and the narrow fractions
and mixtures of them were oxidized for eight days in open vessels
at a temperature of 105*C. The oils were assessed according to
the acid number, the content of water soluble acids and the
reaction of aqueous extract after oxidation. Once again oils from
Card 2/3

S/065/61/000/004/010/011
E194/E284
An Investigation of the Stability of Transformer Oils
Buzovny crude are of less oxidation stability than those of
Balakhany. They also differ in oxidation stability of the narrow
fractions, all fractions of the Balakhany oil have aqueous
extract of neutral reaction after oxidation, whilst the corresp-
onding fractions of Buzovny oil have a high content of low
molecular weight acid and for the higher fractions also have
aqueous extract of acid reaction. Oxidation test results on
different fractions of given feed stocks show that the stability
is less in the fractions with higher boiling point. This is bec-
ause of the high content of asphalt-resinous substances and of
heavy aromatic hydrocarbons in the higher boiling fractions. The
results demonstrate the possibility of improving the stability
of the oils by reducing the top temperature of fractionation. In
the case of Buzovny oils high stability is achieved by selecting
fractions within the boiling range of 350-420*C. In order to
obtain stable transformer oils the boiling range selected should
depend on the crude. There are 3 figures, 3 tables and 5
references: 4 Soviet and I non-Soviet.
ASSOCIATION: Energeticheskiy in-t Azerb. SSR
Card 3/3 (power Engineering Institute Azerb. SSR)

S/081 WOOO/013/040/054
B156ymi
AUTHORS: Dzhuvarli, Ch. M., M
TITLE: Research on transformer oils
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 13, 1962, 532, abstract.
13M188 (Elektroenergiya, v. 12, no. 8, 1961, 3-7)
TEXT: The results of research into the electrical properties and stability
of transformer oils (TO) produced from Baku petroleum are given in an
article by members of the Energetich. in-t AN AzerbSSR (Power Engineering
Institute AS AzSSR). This shows that the dielectric lose and electrical
conductivities of freshly prepared TO, which have been fefined by the action
of acid and alkalis are governeA by the sodium naphthenates remaining ia
the TO as a result of insufficient refining. The addition of bituminous
substances and naphthenic acids reduce the coefficients of dielectric lose
and electrical conductivities of Na-soap/TO systems through adsorption of
colloidal particles in the soaps. The oxidability of TO is governed by
the properties of the raw material and by particular features of the
production technology~adopt*d. When-using bituminous oils, the present
Card 1/2

S/08 62/000/013/040/054
Research on transformer oils 5156Y5101
method of alkali-acid.refinini,-,- sansures that the TO are stable only if thp
consumption of R SO is high. The adsorption method of refining opens up
prospects :~or imirohng the quality of the TO produced from bituminotis
petroleums. [Abstracter's note: Complete translation-I
Card 2/2

MOVARLY0 Chingis Nekhtlyevich; IVANOV, Konstantin Ivanovich; KURLIK,
Mikhodl Vladbdrovlch; LIPSHTEYN, Rafail Aleksandrovich;
mmm"U. LNYU Ad~ia=;-IZVINA, U.S., wed. red.;
YAKOWAVA, Z.I.,, tekhn. red.
(Inadating oils] Slektrolsoliatsionnye maela. (Ely] Ch.M.
Dahuyarly i dr. Moskva, Gostoptekhisdat, 1963. 274 p.
WRA 16:4)
(Insulating oils)

DZHUVARLY, Ch.M., akademIk;-EUIUI&R5UXA,-L.A., kand.tekhn.nnuk;
GOLIDSHTEYN, D.L., kand.tekhn.nauk; OSIFOV, L.N.,, kand.k-hl-n.nauk
r
[Transformer oils from sulfur-bearing petroleum.
36 no.22i29-31 D 165. (~!:RA 19-,J)
1. AN AzertOSR (for Dzhuvarly).

MUKWSKIYO E. P.: Meter Tech Sci We") --- "Tnvestipation of nom Droblems in
determining the parameters of an oil deposit, on the example of the Ravl.V oil
deposit". Macaw, 1958, 12 Pp (Min Higher Educ USSR, Macaw Order of JAbor
Red Banner Inst of the oil-Chemistry and Gas Tndustry im 1. M. GubkIn, Chair
of the Exploitation and Development of oil Deposits), 160 Copies (KL,'Ro 1,
1959, 120)

SOV/93-58-8-9/15
AUTHOR: Trebin, F. A., Borisov, Yu. P., and Muk-harskiy, E. D.
TITLE: The Determination of Reservoir Cbarl"Mrrs~cs -by
Means of Pressure Build-up Curves Which Include the
Effect of Flow Into the Well After Shut-in (K
opredeleniyu parametrov plasta po krivym vosstanovleniya
davleniya s uchetom pritoka zhidkosti v skvazhinu posle
yeye zakrytiya)
PERIODICAL: Neftyanoye khozyaystvo, 1958, Nr 8, pp. 38-46 (USSR)
ABSTRACT: The prevailing methods for determining reservoir
characteristics by means of pressure build-up curves
[Ref. 1, 2) assume that a well is shut off at the
bottom at the beginning of the test. Actually, a
well Is shut off at the top and the flow into the bore
hole continues at a diminishing rate. VNII has
established by means of a hydraulic integrator (Ref. 41
that when the build-up data refer to a pertod of
neglibible influx the well may be considered as shut
off at the beginning of the test and the results will
be reliable. American scientists have established the
Card 1/5

The Determination of Reservoir (Cont.) SOV/93-58-8-9/15
same fact by using an electrical analyzer (Ref. 10).
The shortcoming of this method is that It requires
shutting off the well for a long period which consequently
results in loss of production. In view of this short-
coming, the authors of the present article made a cri-
tical evaluation of Soviet and American pressure build-
up curve construction and interpretation methods includ-
ing the effect of influx into a well after shut-in (Ref.
4P 5p 6s 7p 8p 91. As a result it is now possible to
determine the reservoir characteristics by the pressure
build-up data on the initial curve sections. The authors
investigated 30 flowing wells at the Bavly ollfield,
where they worked in collaboration with the NPU of
Bavlyneft' and the TatNII Institute. They state that
well 71 at the Sokolovogorskoye oil field Is not a
Card 2/5

Th4i Determination of Reservoir (Cont.)
SOV/93-58-8-9/15
typical example of pressure build-up in free flowin 'a'
wells since the inclusion of the effect of flow into
the well after shut-in and the exclusion of this effect
gave practically the same results. The authors state
that the differential method of Yu. P. Borisov (Ref. 4)
is based on the solution of M. Muskat (Ref. 31 for
point drainage in an infinite reservoir under elastic
filtration conditions and varying yield. The equation
developed by Borisov is T2
P tqO - crip
AP 4x (t - -r) d-r
where q0 is the producing rate prior to shut-in, q
producing ra at time intervalir after shut-in, t - time
interval fortl Pt pressure build-up. The other
symbols are the same as those employed in the theory of
filtration. The integral method of Barenblatt and co-
authors [Ref. 51 is based on the solution of Fourier's
boundary conditions at the wall of the well were ob`.ained
Card 3/5

The Determination of Reservoir (Cont.)
SOV/93-58-8-9/15
by comparing the influx into the well in accordance
with Darcy's Law, and the problem was solved by the
operational method with the aid of the LaPlace Trans-
form. The final expression for free flowing wells is
s-P~n (s) --- atL IT10,793 rc' S
-S aEV q+f KFr(:S)--FL4-F6(5)-fK77a(5)] 41TK h
QY
where is a function of S, dependent on the time
Interval of the well test. The other symbols are the
same as those employed in Borisov's formula. The
integral and differential methods of I. A. Charnyy and
I. D. Umrikhin (Ref. 6] are based on the solution of
M. Muskat [Ref. 31 for compressible fluid flow towards
Card 4/5

The Determination of Reservoir (Cont.) SOV/93-58-8-9/15
the annual drainage radius a. Here the formula Is
- Ce -t rl-
Rr,t)= - (10 e X
ITO f t - 0
0
where I is the sign of Bessel's function of the first
kind, Aro order from the Imaginary argument. The
other symbols are the same as those employed in the
earlier formulas. The method suggested by other Soviet
and American authors [Ref. 7, 8, 9) considers the partial
influx into the well after shut-in and the results are
obtained empirically without a suitable hydrodynamic
basis. The authors of the present article verify all
these methods by means of theoretical pressure build-up
curves and present the results In Figs. 1-4. The fleld
data on free flowing wells are published in "Neftyanoye
khozyaystvo," 1958, Nr 9. There are 4 figures and
10 references, 7 of which are Soviet and 3 English.
1. Petroleum industry 2. Wells--Mathemtical analysis
C ard 5/5 3. Electrical equipment--Applications

KLYAROVSKIY, G.V.; LYSENKO, V.D.; !U~HARSKIY, E.D.-, ONOPRIYENK0, V.P.
Efficiency in converting a well off to a mechanized form of
exploitation under conditions of predominant flow productio
Neft.khoz. 42 no.4:37-42 Ap 164. (14IRA 17:9)

11(0) SOV/993-58-9-7/17
AUTHOR: Trebin, F.A., Borisov, Y'Ll-P., a:~d E.D.
TITLE: The Determination of Reservoir Characteristics by Means
of Pressure Build-up Curves Whirh Include the Eff,:~-'-t of
Flow Into the Well After Shut-in (K opredelenlyu
parametrov plasta po krivym vosstanovleniya davleziiya s
uchetom zhidkosti v skvazhinu posle yeye zakrytiya)
PERIODICAL: Neftyanoye Ichozyaystvo, 1958, Nr 9, pp 40-47 ('TJSSR)
ABSTRACT: This 1!,%,, a rxftinuation of an arti3- e published. in
"Neftyanoye khozyaystvo," .1958, Nr 8. Ln that article
the authors analyzed integration and differentiation
methods for proaessing data o-n reservoir pressure build-
up. Ln the present, article the a:athora present the -
results of pro3aning pren-~Lre build-up "Iata by the inte-
gration acid diffe~,entiation methcds 'Table I and Figs.
5-7). The s'11-1-i:.-dy has deteymined that Yu.P. Borisov's
airrerenr.lat.io_--~ method wh_i--.h takes into rJae efi'ect
of flow into the we.-~l after shul-in is of -tonsiderable
practleal value. Table 2 Kid Fig. 6 pre5ert rq-.P-~iroir
aha.ra,:,terist.J.~,.g whl.~'h were determf.-.ed by Y--..P. Borliovs
Card 1/1 methad. are 3 fig%ires and 2

11(0) SOV/93-58-10-11/19
AU79DR*. 143kharskly. Z V. S.
&AAD&_Md_IkI1oV
TME: Fluid Conductivity Estimation From Field Data on the D,. Formation of
the Bavly Oilfield (OteenIgL gidroprovadnosti plasta D. BavIinskogo neftyan-
ogo mestorozhdeulLya po, dannym pronWslovykh issledovanly)
PKRIODTCAL: Neftyanoye khozymystvo, 1958, Nr 10, pp 48-54 (USSR)
ABSTRACT: In oUrield development the fluid conductivity of geological form-
ations is determined by means of the formuJA E - kh/J4 , vbere k is the
permeabilIty of the reservoir rock., h = the effective energy of the reservoir
rock, andju -_ the viscosity of the reservoir fluid. When tbese properties
are individually estimated from geological and geophysical data the results
axe Inaccurate. 2be accuracy of the results can be improved by determining
the entire kh/JL complex for each sector of the formation vith data obtained
by hydrodynamic methods JIL-f 1-21. Bottom-hole pressuire variation curves
based on hydrodynamic data can also be used for determining the imperfection
of vel.1s (Ibf 31- When the pressure distribution in the formation and the
yield of the vells are knoim the fluid conductivity in the sectors of the
Card 1/2

Fluid Conductivity Estimation (Cont.) SOV/93-58-10-11/19
formation as well as the imperfection of the wells can be determined with the
aid of isobar maps. In case of plan parallel or p1 radial flow the fluid
conductivity in sectors of the formation without exploitation or in3ection
wells is determined by the formulas of Darcy or DuqnW (Ref 41. In case of
complex flow and the presence of wells the fluid conductivity is determined by
another method [Bef 51. The authors employed hydrodynamic methods for de-
termining the fluid conductivity in the D formation of the Bavly Oilfield.
The curves of formation pressure variation for certain wells are shown by
(Fig. 1). The isobar map based on strictly reliable data is shown by (Fig. 2).
The data used in dmving the isobar map and the pressure build-up curve are
given in the Table. 7he authors conclude that the fluid conductivity values
obtained with the aid of the isobar maps are completely reliable for the con-
struction of fluid conductivity charts such as presented by (Fig. 3). There
are 3 figures, 1 table and 5 Soviet references.
Card 2/2

BORISOV# TU-P-, WMURMrT, N.D.
Determining certain P&ramsters of reservoir rocks by drill-stem
testing (to be concluded). left. khoz. .38 no.1:56-59 J& '60.
(Oil-sands-4naiysis) (KIRA 13:7)

BORISOV, YU.P.; HLINARMY., X.D.
Determining certain parazieters of reservoir rocks by drill-sten
testlag (concluslon). Neft.khos 38 no.2:49-54 F 060.
(011 sands-Amalysts) (MIRA 13: 8)

BADITAKOVI, V~4.1 GUR.IYANOV# G.M.1 JA22aMK~IYE.~D,; POLUYAN, 1,0.1
LUMAN VM,
Preparing for co=srcial experiment by the almultanecus development
iof the oifc Poolwof the Upper Touranlan substage and thi-,coal-
-beiAn i
g-*ser eo,of the-Lower Carboniferous in the Bavli o4 field.
Notteprou.-delo, no.9311-13 064. (MIRA 17:12)
.1. Tatarakiy neftyanoy nauchno-issledovatellskiy institut,
ulaa i Neftepromyslavoye upravleniye "Bavlyneftffl.
E
kij

TAS~,'INKO, V.D.; 11MMASKIY, E.P.
Nonuniformity of rr:!SF'-ric)ir r,, in f.rip- iiomaBhkino oil field
riccording to the datri of* field Lnvestigations of wells.
Neft.khoz. 41 no. 106-3c) Ja 163. r -, -/ 1

LAPITSKAYA. H.P., kand. takhn. nauk; BORUSHKO. Ye.P., student;
--.',T-k**9F~s6t1fdeut
Investigating the process of forced hydraulic conveying of peat
ashes under laborator7 conditions. Sbor. nauch. rab. Bel. politakh.
inst. no.69:17-27 '58. (KIRA 12:7)
(Ash disposal)

as A. L., Cand Agri Sci - Was) *The results of study of harmful
Insects to the pLtsundsk pins, and nessures to control thm,,w Tbilisi, 1961D,
26 PP# 150 caP. (Georgian Agricultural Institute) (KL, "-609 132)

SUPATASHVILI, Sh.M.; MUKHASHAVIIYA, A.L.; ICRUSIDIZE, B.V.
The spruce bark beetle Deendroctonus micans in Georgia and its
control. Biul. Glav. bot. sada no-56:68-72 164.
(KIRA 18: 5)
1. Institut zashchity rasteniy Ministerstva. sellskogo khozyaystva
Gruzinskoy SSR, Tbilis;..

SUPATASHVI.L.1, SUL; ICKHASHAVRIYA, A.L.; 140TSIDZE, M.
Wterials ~on the application of chemical preparations against
Dendroctonus micans Ktigel. Soobe AN Gruz. SSR 36 no.l-.169-173
164. (MIRA .18:3)
10. Institut zashchity rasteniy, Tbilisi. Submitted April 16, 1964.

KAU:, ~', r
UF~ E B. V A
ad y r,~ F C R
:i,r,rue~e hkrl, beet.ie -'n re, Q~I~R %10 no.",
I . Ch I en-Ac., i (- 3- -.!.ni r
'fo:

Z/
iFio

.;,-Iftlf-Wagon Ifir T-.2u5portinlz Emp, A. P, Vi"rev
NillkhWiv, (Sf4d" 1 5~.6,
t-v at the l(lunook

RUBINSHTMt B.B.; MUKHAYEVAt S.A.1 KWMg R.S.
-4- - ~- - zzv
Microflors. and its sensitivity to antibiotics in otolaryngological
patients* Zdrav. Belore 6 no. 503-54 Ny 160* (mnu i3m)
le 3-ye Irlinicheakoye obOyedimuLyst polMiniks Noo 30 93AVWY
vTach A.I. Korkhow,
(ANTIBIOTICS) (OTOLUMMIMY)
(BACTMU&q ZMCT OF DRUGS 011)

ACCESSION NR: AP4042344 S/0129/64/000/007/0019/0021
AUTHOR: Pahenichnov, Yu. P.,,_'~Iukhayev, V. V.
TITLE: A study of deformation levels in ring shaped samples
SOURCE: Metallovedeniye i termicheskaya obrabotka metallov, no. 7, 1964, 19-21
,TOPIC TAGS: alloy D16, aluminum alloy, circular samp 1e deformation, sample shape
effect, surface condition effect, heat treatment, anodic coating, rolling direction '
ABSTRACT: Samples cut from 5-mm-thick sheet aluminum D16 (see Fig. la and b in the
Enclosure), notched either prior to or after quenching from 505C in cold or boiling water
and aged naturally for 96 hours, were rolled parallel or perpendicular to their axes of sym-
metry. Effects of sample shape, direction of rolling and rate of cooling on deformation was
determined from changes in distance A (10 mm, See Fig. 1a). Additionally, anodic coatings
of 5-1014 were deposited on some samples in a sulfuric acid bath and coatings of 20, 30, 40
or 50;& were deposited on other samples by solid anodizing to test the effects of thickness
of anodic coating. Maximal deformation was found in parallel rolled, unnotched samples
when these were notched after cold water -quenching. A shift in rolling direction by 90*
relative to the axis of symmetry reduced the deformation to 26% of its original I~WeL
1/3
.Cam L-

-ACCESSION NR: AP4042344
Deformation increased with the thickness of anodic coating, its character being determined
by the direction of roiling. Quenching of unnotched samples, rolled parallel to chbtance A.
in boiling water reduced the deformation to 10% of the levels found in such samples w4en
Auenched in cold water. Samples notched after quenching in boiling water were insensitive
to reductions in rate of cooling. Unnotched samples are recommended for analyses of the
effects of quenching water "mperature, notched ones for analyses of the effects of suc-
cessive operations (L a. ahodizing, hardening, aging, etc.). Orig. art. has: 3 figures.
ASSOCIA77ON: None
SUBM=PbD: 00 ENCL: 01
NO REF SOV: 000
SUB CODE: MK OTH2R: 000
2/3
Cbrd,

ACCESSION NR: AP4042344 ENCLOSLMP.: 01
(a) unnotched (b) - notched
pig. 1 - Ring shaped samples for study of deformation level and type
3/3

PSHENICHNOV, YU.P.; MUMYEV, V.V.
Investigating the degree of deformation of ring-shaped specimens.
Metalloved. i tem. abr. met. no.7:19-21 Jl 164. (MIRA 17311)

KUKREFAM.V.V.
Radiation and heat balance of the Leningrad district. Meteor.
g1drol. no.4:30-32 AP '53. (KERA 8:9)
1. Glaynays, geoftsicheskaya observatorlya iu. A.I.Voyeykova,
Leningrad.
(Leningrad--Solar radiation) (Leningrad--Atmospheric temperature)

ZUB3NOK, L.I.; YEFIKOVA, N.A.; RB~~R~GV V~
Materials on the division of the U.S.S.R. into climatic regions.
Trudy GOO no.76:98-112 158. (MIRA 11:11)
(Russia--climate)

BUDYK0, 14.1.; =5IMOVA, IT.A.; -S, V.V.; ST.OKI-A, L.A.
'Tor-whern Hemisphere. Izv. AN SSSF. Ser.
Radiation balance of the
geog. no.10-12 J-7 '61. (MIPA 14:2)
1. Gia-i-naya ~~,ecfizicH---s'-:aya observatoriya in... A.I. Voyeylkova.
(Solar radlatior) (Earth-Radiation)

ACCZSSIOX Nib AT4026426 8123311631000113910003104 5
I-AUTHOR$ Derlyands To Gel Makhembergs To To
TITLZ& Role of absorbed radiation in forming a radiative balance
SOURCZt Leningrad* Glavasya geoftsichaskays oboarvateriyao Trudy*9
,no. 139, 1963. Teplovoy balen~ (Beat balance)# 3-15
TOPIC TAGS: total radiation, absorbed radiation# reflected radLationg
albedo, climatic condition# husidLtv, effective emission, temperature,
radiative energy
ABSTRACTt The total radiation received by the earth to partially
1
jabsorbed by the Incidence surface and partially reflected. The
reflectLvLty is called albodo, The absorbed radiation influence*
local climatic conditions* Maps have been drawn for various lati-
Itudes at various seasons which charactorise the distribution of
labsorbad radiative energy on the earth, especially on the territory of
Ithe Soviet Unions -Snow and Lee cover increase the local albadoo Ia
1/2

ACC93SION NRj AT4026426
lwiut*r, the absorbed radiation to low in the Wortbaru'Resispbsto bo~
4ause-of tbe small quantity of total radiation and high reflection
from saawe The local radiative balance depends upon the absorbed
energy and the effective eaLsoLon--La spaces The latter Lacrosse@
i~with temperature increase and diminishes with an Lacre&se-jQ*buui-!
dLtyo Za summore Antarctica and the Artc.Wc Ocean receive more redLa-
ltive energy than tbo isquatorial belt, but the high reflection
]AIstaishes tb* thorsel Influence* Orig, act* bass. I tables 7 fLSurosj
!'and 2 foraulase
1ASSOCIATIONs sea*
SUBMITTEDs 00 DATE ACQs IGAprt-4 XXCL# 00
6U2' CODE I AS so nP soys oil OTBRAs 003
CWd

ACCESSION NR: AT4026428 S/2531/63/000/139/0043/0060.
AUT11ORt Hukhanberg, V, Vo
TITLEt Albedo of the fundamental surface on the territory of the
Soviet Union
SOURCE: Leningrad. Clavnaya geofizicheskaya observatoriya. Trudy*q
ino. 139, 1963. Teplovoy balans (Heat balance), 43-60
:;TOPIC TAGSz albedog fundamental surface, albedo intensity
;ABSTRACT: The average occurrence of albedo in Various regions of the!i
'USSR is determined. Albedo calculations are based on revised data of'
,albedo for different kinds of cover on the fundamental surface. The
average albedo In forested regLons is estimated to be 0.14%, and the
percentage of forested area over each surface unit is considered as
the overall average for each region, The monthly albado Intensity
.is computed and represented an maps, High albedo occure'durLag
:months with snow cover and on deserts without snow cover. During
lCard 1/2

.AT4026428
~December and January, when there is a fairly constant snow cover over
.the territory of the Soviet Union, the albedo intensity varies from
180% in the northern belt to 20% in the southern belt, where the snow
cover is changeable. During April and Hay, when large areas are free
of snow, the albedo percentage decreases. In July the whole territory
of the USSR is free from snow and a.lbedo is Low. OrLge art* hass 12
figures and 2 tables.
ASSOCIATIONS none
SUBMITTEDt 00 DATE ACQ: 16Apr64 ENCL: 00:
SUB CODES AS NO REV SOVt 015 OTHERS 004!
Card 2/2