SCIENTIFIC ABSTRACT ADAMOV, A. - ADAMOV, M. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100320006-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

USSR/Physics Illumination Jan 50
ItNew Standard of Light in USSR," A. Adamov
"Bauka i Zhizn" Vol XVIII, No 1, PP 37-39
in 1946 the unit of light was established
as
that emitted by a special radiator from an
area
of 0.5305 sq mm at the temp of
solidification
of platinum.
213T113

o rl~

A T) ~ " '. 'F-' ~ T Y
Russians in 5pitzber-m
Russians on Spit z1h -ri,7 en., no. 1, *1952
1-
--.ch
9. Monthly List of.Russian Accessions, Library of Congress, - I%b.
Unclassified,

I
ADA'1~10V., Arkadiy
Explorers, Russian
Noteworthy travels. Znan. sila no. 3 152.
9. Monthly List of,Russian Accessions, Library of Congress, July
195#. Unclassified

ADAYOVY Arkafliv
f
11-pa,jous Travels; to Erypt and the Sudan 11 Zrinn.
Sila ; 11 1! *,-; ,,
L . .9 1 '00-P

1 , Al,~V-Cl, .V-Icwliy
2. USSI. (600)
4. United States - Geovolitics
7. "Americ-mill version of reogra-hy. "7nan. sila, No. 3-3,
1051.
9. Monthly List of Russian Accessions, Library of Congress,
I-Ilay 1953, uncl.

- 1. - -- ADAMOVI--Ark 0
Mast from Kamchatka. Vokrug oveta no.7:38-44 11 '51. MRA 6:7)
(Aleutian Inlands - &Dloring expeditions)

-1 ..
OBRUCHEV, V.A. [author]; ATM OV, A. [reviewer).
"In the wilds of Central
%nan.sila no.9:39 S 153.
(Obruchev, Vladimir
Asia." V.A.Obruchev.
Afanas'evich, 1863-)
Reviewed by A.,ada OV.
(MIRA 6:9)
(Geograpby--Juvenile
literature)

ADAMOV, Arkadly.
,!~
The mystiiij of Andreevland. Znan.aila no.12:6-8 D
153. (MU 6: 12 )
(Arctie regions)

A. A.
sll'o-,-6- ilya inic,
SO: 1"at"'I'lema-tics, in the USS~,, 1-,'17-lc,)!,7
A.
eClited 1,-y 71,
0--co-o-1,01-all-'rad, 1040

FREXDI,INp G,N.; ADAMOV, A.A.; ZAYTSEV? P,H.
Vinyl monomers on a-base of dicarboxylic acida. Part
61
Direct vinylation of the monoesters of dicarboxylle
acids
with acetylene. Zhur. org..khim. I no.4:666-670 Ap
165.
(MIRA 181ll)

L 10F0
ACC NR: AT6004036 SOURCE CODE: UR/0000/65/000/000/0037/0040
AUTHOR., EEtXLI~~.; Adamov, A. A.; Pershenkova, L. A.
ORG: Severo-Donetskiy Branch, State Institute of the Nitrogen
Industry and
Organic Synthesis Products (Severo-Don takiy filial
Gosudarstvennogo inst
azotnoy promyshre-nnoati i produktov organicbeskogo sinteza)
1~ Part 5:
TITIE: Vinyl monomers based on dicarboxylic acids Study of the
reaction of vinyl exchange
SOURCE: AN SSSR. Otdelenive obahchey i tekhnicheskoy khimli.
Problemy organiches-
kogo sint7eia or-ob-le--m-s- in--orga-n-i-c --s-ynth--es-i-s-)-.
I-1o-s--co-w-,--1-zd-vo- Nauka, 1965, 37-40
TOPIC TAGS: aliphatic dicarboxylic acid, ester, mercury
compound, acetate, organicl
synthetic process
ABSTRACT: In the synthesis of vinyl methyladiptite, the
following of
the reaction of vinyl exchange were tested: acetates of copper,
zinc, and cadmium
copper chloride, palladium chloride, boron trifluoride etherate,
and sulfates of
zinc, cadmium, lead, and copper, None of these substances
catalyzed this reaction
at various temperatures and pressures. When mercury acetate was
employed, the
reaction time was shortened (equilibrium was reached in less
than 2-4 br), the

L 15890-M
ACC IRR: AT69D4036
reaction rate was accelerated by a rising tenperature, high yields
ofevinyl eater i~
(vinyl stearate, benzoate, oleate, butyrate, methyladipate) were
obtained, and no
by-products or tare were formed. The viny.1 exchange reaction can
also be used to
synthesize high-boiling vinyl asters. Orig. art. has: I figure and I
table.
SUB CODE.- 07 SUBM DATEi MeW ORIG REF.- 002 OTH REF: 003
Card 2/2

r I
10113"IS, A.Ya-, ZDOROV, S.F. ; B01MARENNO, S.M.; AMMOV,
A.I.; ZOTKIN, I.I.M.
redaktor; SPO MMEV, A.A., rmda'Ktor; POW.Irm~~,
tennicheskiv
radalctor.
[Oil mining] Shalchtania razrabotka naftianykh
m6storozhdenil. Pod
red. M.M. Zotkina I A.A. Shmaleva, Moskva, Gos.
nauchno-takhn.
izd-vo neftianol I gornotoplivnol lit-ry, 1955. 273 p-
(MLRA 8:8)
(Petroleum engineering)

ADAMOV, A-I..;.IMANOVA, R.Yu.
~'.%
--j". ~. -~. "' -'s
Some results of flooding the NKG-) horizon In the
Azizbekov oil
field. Azerb.naft.khot. 35 no-5:8-10 My 156. (MLRA 9;10)
(Azizbekov (Azerbaijan)--Oil field flooding)

ADAMOV, A.I.; TSVETKOVA, N.L.
Some results from the study of injection wells by
the
activated suspension method in a flooded area of
the
Kirmaki series 9-12 in the Oil Field
Administration of the
Ar.izbekov Azerbaijan Research Institute. Azerb.
neft. Ichoz.
39 no.2:21-23 F 160. (MIRA 14:8)
(Oil field flooding)

AIRMOV, A.k.. Impitan med. aluhby
Comparative evaluation of the sensitivity and
specificity of certain
nerological reactions. Voen. ined. zhur. no.2:43-46 F
159. (MIRIL 12:7)
(STIODIAGNOSIS
compnrison of sennitivity & specificity of various nerol.
reactions (.%i9))

ADAMOV, A.K.
Effect of short-term administration of vitamins on
lyukocytic reaction
and on barrier function of the serous membranes of the
abdominal cavity
in white mice. Vop.pit. 18 no-5:35-39 S-0 159. (MIRA 13:1)
1. Iz TSentrallnoy nauchno-iseledovatel'skov laboratorii
pitanlya
(nachallnik - prof. V.M. Vaeyutochkin)
Voyenno-meditainakoy ordena
Lenina akademii imeni S.M. Kirova, Ieningrad.
(VITAMINS pharmacol.)
(LEUKOCYTE COUNT pharmacol.)
(IMMUNITY pharmacol.)

ADAMOV. A.K.
Sffect of certain organic compounds on the growth of
pathogenic
Leptospira. Zhur.mikrobiol.Bpid.1 immun. 30 no.8:104-107
Ag 159.
(MM& 12:11)
1. Iz Voyouno-meditsinskoy akeLdemii imeni Kirova.
(LEPTOSPM pharmacol.)

ADAMOV. A.K.
Elective adsorption as a method for the rapid isolation
of sapro-
phytio microbes from mixed suspeisions of pathogenic
and sapro-
phytie microbes, Zhur.mikrobiol.tepid,i immun. 30
no.12:6-11 D
'59. (MIRA 1).-5)
1. Iz Voyenno-meditsiuskoy akademii imeni Kirova.
(RACIMIA)

ADA140V A,~., kapitan meditsinskoy sluzhby
I.
Use of alizarin suspension aggutins for the rapid
detection and
idenWication of pathogenic microbes. Voen.-med, zhur.
no.3:65-
68 My 160. (KM 13:7)
-40 (AGGLUTININS) (BACTIMIA9 PATHOGIIIC)

SIROKOI A,L,q prof, [decoased]; YAPAYEVt R.Kh.p
cand.meditsinskikh nauk;
'ADAMOV# A.K.9 im-nd.meditsinskilch nauk
Agglomeration reaction of carbon serum. V-3st. AMN SSSR
15 no. 5:23-
'33 160. (MIRA 14:2)
1. Voyenno-medit"inakaya o;-dean Lenina ake.-lemiya im.
S.M. Kirova,
(BACTMIOLOGY-TECHNIQUE) (CARBOI p ACTIVITED)

-ADAMOV, A.K,
Vitamin Erupply for patients with chronic
dysentery. Vop. pit. 19
no. 6:37-40 4-D 160. (MIkA 13:10)
1. Iz TSentrallnoy nauchno-isoledovateltakoy
laboratorii pitaniya
(nachallnik - Prof. V.M. Vasyutochkin)
Voyenno-meditsinskoy orde~.a
Lenina akademii ime i S.M. Kirovay Leningrad.
(DYSENTERY) (VITAMINS)

1, ADAMOVt AsK. _
Rapid method for the analysis of food products for
salmonella,
Gig. i san, 25 no. 5:67-69 My 160o (MIRA 13:10)
1. 1z sanitarno-epidemiologicheskoy laboratorii.
(FOOD-MICROBIOLOGY) (SALMONELLA)

ADAMOV... A. K.---
Immunological activity and-specificity of the antibodies
adsorbed
on solid adsorbents. Zhur.mikrobiol. epid. i immun. 31
no-3:127-
1-28 Mr 160. (MIRA 14:6)
(AhTIGENS AND ANTIBODIES)

ADAMOV9 A.K.
Stiadies on copro- and heraoc~ultures wit ii the use of
the agglomeration
reaction of alizarin-agglutin suspendins. Report Ho.3.
Zhur.
inikrobiol.epid.i imam, 31 no.11:67-70 N 160. (MIRA 14:6)
(SAU40NEIJA) (SEW DIA,:NOSIS)

ADAMOV, A.K.
Dependence of the adsorption of immin ant.bodies on the
chemical
structure of adsorbento. Bjui .,L
. eksp. i bi 1. med. 50 no. 8t107-
111 Ag 160. (MIM 13: 10)
1, Predstavlens, deystv, chienom ANN SSSR N,N.
Zhukovym-Verezhnikovym.
(ANTIGUS AND ANTIBODIES) (ADSORPTI01) (ADSORBENTS)

ADAMOV, A. _
Concerning the antibiotic properties of vitamins, Vestis
Idtv ak
no.8:145-148 160. (EEAI 10:9)
(VITAMINS) (ANTIBIOTICS)

Limunological activity of antibodies adsorbed on solid
adsorbents.
Mul. eksp. biol. i mad. 50 no. 11:71-76 N 160. NIRA
13:12)
1. 1z sanitarno-epidemiologicheskoy laboratorii
(nachallnik
Pnyy konsul'tant - chlen-korrespondent
F.A. Mordvintsev, nauo
AMN SSR prof. A.Ya. Alymov).
(ANTIGENS AND ANTIBODIES)

ADAMOV , A. K.
Agglomeration reaction of alizarin agglutinin
suspensions as a
method for a rapid identification of pathogenic
microbes (a new
serological reaction). Report No.2. Zhur.mJkrobiol
epid.i inmun.
32 no.3:84-91 Mr 161. RRA 14-.6)
(SERUM DIAGNOSIS)

APWOV
,,i,tkapitan meditsinskoy sluzhby; STEPAVOV, A.I.,
kapitan
j A;K I
sinskoy aluzhby
Pneumatic holder for pastei~izing pipettes.
Voen.-med. zhur.
no.11:81 N 161. (11,11RA 15:6)
(BkOTERIOLOGICAL IABORATORIES-EQUIPMENT AIM
SUPPLIES)

ADAMOV., A.K.; POPOVA, Ye.H.
Phenomenan of adsorption imiobilization of Leptospira.
Trudy leno
inst.opil.i mill:robiol. 23s261-266 161. WRA 1683)
1. Iz saritamo-epidemiologichaskoy laboratorii Riga i
laboratorii
osobo opaBnykh infektsiy i rikketsiozov Lanimgradskogo
inatituta
opidemiologii i mikrobiologii imevi Faaterao
(LEPTOSPIRA) (.BACTERIA--MOTILITY) (ADSORPTIOV)

ADAMOV, A.K.; GOLIDFARB, L.M.1 KMNETSOVA, N.I.
Method for identifying plague microbes using
antiplague
alizarin suspension agglutinins. Biul. eksp. biol. i
med. 53
no.5:103-107 My '62. (MIRA 15:7)
1. Iz.Vseso),uznogo nauchno-issledovatellskogo
instituta. "Mikrob"
(nauchnyye konsulltanty - chlen-korrespondent ANN
SSSR prof.
A.Ya. Ilymov i. kand. mod, nauk G.N. Lenskaya),
Saratov. Pred-
stavlena deystvitellnym chlenom AMN SSSR N.N.
Zhukovym-
Verezhnikov-ym.
(PASTEURELLA PESTIS) (AGGLUTINDiS)
(ALIZARIN)

A rill" ~ 0
i of -(-rt.i Jn cond! t.Junr; (,n of, mi.crobw--!; by
1 1, bs t, I ('.-u fled c, I-cJ ti~~ +os; I v, tc, M14
~~nlbj-o I. :A,m '0
'64,

3 UBE T TED 14D--c6 3
11CL- 09
SUB CODE- LS

ADAlqcvl A,K
Properties of antibodies fixed on particlo-o nnd aspects of'
their llse
in micr, dology. Report No.5. 22iur, mikrobiol., epid. i
Immun. 4-
no.Il-.'--*' 165. (~JTRA 18-5)

'1201,pt
ce,
mikrol)-J c,

ADAMOV~ A.H. L,tdaraov, O.H.)
Effcct of various conditions on the. adsorption of
agglutinins
0
by nonspecific adsorbents. Mikrobiol. zhur. 2V
no.1:49-553 165.
(MIRA 18:7)

D A MOV tank.; KMfl'LIZIDJY K~S.
Rapid method to identify brucell~i -,z-ing a~-*zarln
s,-
4,2 no.".1-03- C/7
agglutinins. Zhur. mi-krobiol., epid. rw
Ja t65. 0-ITRA 18:6)
1. Ro-~-t.ovskiy-na-Donu Prot 1. vccl,ti::i iyy
'.nz~itut~

ADAMV, A.K.
of qntibodips flxpd to particips and prospects
CharaBterlatics
of their use in microbiology. Report No.6.
Zhur.mikrobicl.,,ppid.
I imom. 4-1 no.2,-,100-105 F 165. IRA IM)

A71131W-64? ------- --I
ACC W 11,0111WIF: llf?I(X)lf,16510()OI(N)I.I()lo3l6j-oi
n
AUTHOR: Ad, mov A. K.; Karpuzidi, K. 5.
ORG: T?o-;tov-oil-Don Antiplaittin Institute
--i
TITLE: Hapid method of identifyiiir Druccll 41N '31 i
agglutinins
SOU11CE: Zhurnal mikroblolopii , epidemiojorll i jitymmii-H-1.olfl,
no. 1, 1905, 103-107
TOPIC TAGS: bacteria, bacteriology
ABSTRACT: The authors propose a new serological method for rapid
identification of
Brucella -- the reaction of agglomeration or brucellar alizarin
suspension
agglutinins. The method is very simple and easily used under field
conditions,
for it does not require complicated laboratory equipment. The
agglomeration
reaction is strictly specific and permits r.-vp1d Ldentificition of
both typical
and substantially changed Brucella strainu. It is sensitive enoligh
to detect
Brucella in pure and mixed cultures in a concentration of 25-250
million microbial
cells per ml. Orig. art. has: 3 tables. [JIN"'I
SUB CODEt 06 / SUBM DATE% 26AU963 / MIG HEF: Oll
UDC: 576.851..42,078

I JumAT -4-1
fWl 1, e I P~

- - - --- - - - - , . -- -- - - --- -- I ~ .. 11 - -
I -- ~ -1-1-1
~- -.1 -

ADAMOV, AoN.
Bffective moment of raising the bit from the well bottom,
Neft.khoz-34 no.4:15-22 Ap 156. (MLRA 9:7)
(Oil well drilling)

d /1,
93-5-4/19
-kUTH0R-. Adamov, A. N.
TITLE: The Effect of Ir.regularity of the
Rotation on Bit Performance (Vliy~:,rd.ye sl---epend. ner-av-
nomernosti vraBh,-hen-Lys vala, tuxbobura r--t pokazzateli
raboty dolota)
PERIODICAL: Neftyanoye lGiozysystvo, 1957, Nr 5, PP. 11-15
(USSR)
ABSTRACT- The author discusses the effect of a flyvheel
device
n L.
'the irregular rotation of the turbodrill ahaft.
o
Since an irregular rotation of the turbodrill
affects adversely the latter's drilling efficiency,
efforts have been made to find a way of decreasing,
if not eliminating, this rotational irregularity.
The idea of a flywheel had Its origin in the use of a
weighted drill pipe (UBT) placed bet,ween the body of
the turbodrill and the bit, as a means of straightening
deflected holes axd Increasing Its penetration rate.
The UBT used at one of Ordzhonikidze drilling enterprises
(Well No. 824) in 1953, at depths ramging from 865 to
Card 1/3 1461 m, was 11.4 m long. An electric tux-botachometer

93-5-4/19
The FXfect of Irregularity of the Turbodrill _Sliaft;
Rotatton (Cont.)
recorded the r.p.m. of the turbodrill. Although this device
decreased the deflection angle and increased the rate of
penetration, it had one draw-back, namely due to a
considerable
space between the turbodrill body and the bit, the device had
a
tendency to become suspended in the well. Data in Table I
shows that the UBT decreased the degree of irregularity of the
turbodrill shaft rotation 2-4 times. Con3idering the fact that
the turbodrill becomes suspended and that the moment of
gyration
increases as the fourth power of the diameter of the flywheel,
the VNIIburneft' (All-Union Scientific Research Institute of
Oil
Drilling) designed 3 types of short (not to exceed 4 m)
flywheel
arrangement (10, 8 and 6 inches in diameter). This flywheel
Fig. 1.) was tested at two Ordzhonikidze drilling enterprises
Dwells No. 921 and 1624). The test results listed in Table 2
show that the flywheel has substantially reduced the degree of
irregularity of the turbodrill rotation. In 1956, the kl1met'-
yevburneft' trust tested a similarly constructed (Fig. 2)
flywheel with the positive results shown in Table 3. Both the
average footage per bit and the penetration rate show an
approxi-
mate 50% gain in the Podollskaya and Serpukhovskaya
formatianD.
Card 2/3

93-5-4/19
T~.e Effect of irregularity of the Turbodrill Shaft Rotation
(Cont.)
In the Serpukhovskaya formation the footage per bit Increased
from 16.5 without a flywheel to 27.2 m with a flywheel. The
positive effect of a flywheel on bit efficiency at other
drilling
enterprises can be seen from data on Tables 4 and 5. The use
of the flywheel helps also to keep the hole straight. This was
confirmed during drilling ope:eations in Tatariya. All
evidence
points to the fact that the application of the flywheel aids
in
keeping the rotation of the turbodrill more uniform, Increases
the gyration moment aiding the bit in drilling a straight hole
and decreases the bit wear. It is also mentioned that in many
instances drillers had objected to using a flywheel because it
made the shaft wobble. That was due, however, to an improper
balancing of the flywheel and for this reason the factories
manufacturing flywheels should make sure that their product is
properly balanced before it is delivered to the consumer. --
There are five tables, two figures, and five Soviet
references.
AVAILABLE: Library of Congress
Card 3/3

ADAMOV, A. 14. : MBter Tech Sci (diss) -- "Investigation
of the effectivem)ss
of operation of a chisel on a cutting face". Moscow,
1T~0. 10 -D-D (Min Hig)ier
Educ USSR, Moscow Order of Labor Red Bsnner Inist of
','I-,e oil-Chem ani. Gas
Industry 17SSR Im Acad 1. M. Gubk1n), 200 copior, (IM,
110 7, 19,50, 100)

Alma, A.11.
Evaluating efficient rock destruction methods.
Ileft.khoz. 36
no.2:7-13 F '58- (HIRA 12:4)
Doring)

Aj,~
Arrangement of a drilling string base. Neft,khoz, 41
nr~AO:
15-19 0 163. (MT~jj 17-~)

506.
P. T._ -,t

307.
Q. S.

ra.
3
V. V.

'

309-

310.
S. L

~12.
Yu. P. C.,

C,r--,c 2
!-Ln, fr

1
5.
5

~~l

of

311..
A. B.

315.
A~'r

it

31-7.
n-.

of

N-
~19.
V.

sf

.AMIRKMOV, Kh. 1,; ADAMOV, A. P.; LEVINA, L. N.
Thermal cmductivity of carbon dioxide along the
boundary
curve including the critical region. Teplo- i
massoper. It
105-108 062,. (MIRA 16-.1)
1. Dagestanskiy filial AN SSSRp g. Makbachkala.
(Carbon dioxide-Thermal properties)

AMIRKHANOV., Kh.l., akademik; ADAMOV...A.P., inzh.
Thermal conductivity of carbon dioxide along a
boundary curve
and in the region of the critical state.
Teploenergetika 10
no.7-.77--82 Jl t63. (MMA 16 :7)
1. Dagestanskiy filial AN SSSR. 2. AN AzzerSSR (for
Amirkhanov).
(Carbon dioxide--Thermal properties)

A14IRYWOV, Kh.l., doktor fi.z.-matem.nank, pv~f.t
ArA.1.1(*)V,, A.P,, JT12;h.
Heat trane- I.ssion of steam in -~-..ir-crjtjcuj
and supercriticia.1
states, TEploenergetika 10 no.1069-72 0163, MR-1
17 0 )
1, Dagestanakiy filial AN SSSR,

r

'--- ~=
L---'

POPOVIC, Ivo; ADAMOV, Drwo"Ljub
Bronhiektazije. Srpski arh. celok. lek. 87
no.2:173-180 Yeb 59.
1. Hlrursko odeljenje Bolnice Dr Dragisa Misovic u
Beograda. Sef.
doc. dr Ivo Popovic.
(BRONCHIMTASIS,
(Ser))

ADA-MOV,Ibragoljub; MILOVANOVIG,Milan; WTINIC.Uroa;
KOVACEVIC,Milan;
JARKOVIC-BIWOLIG,Ana; SIMIC,Vera
Primary bronchiectasio aspergilloma. Srpski arh. celok.
lak.
87 no.6:582-592 Je '59.
1. GradskEL bolinca za. grudobolne u Beogradu, Zemun -
Bezanska. Kosa,
uprav-nik: prim. dr LJubisa Ilic., Mikrobioloski
institnt Medicinskog
fakultata u Beogradu, upravnik, prof. dr Milutin
Burisic; Institut
za tuberkulozu NR Srbija n Beogradn, direktor: prof. dr
Milic Grujic.
(ASPARGI=IS compl. )
(BRONCHIRCTASIS etiol.)

KHVOSTENKO, V.V.; ADA140V E.V.
Interfactory schools for the exchange of progressive
practices in
the field of controlling technological processes in
nonferrous metal
ore dressing plants, TSvet.met. 35 no.2:79-80 F 162.
OAIRA 15:2)
(Ore dressing-Study and teaching)

ADiZIOV v KIIIII.N.-IiI.-yy L.D.; NA0,11-JIYAK,
F.I.; TliOITSIKIY, A.V.,
otv. rf-d.
[Ore dressing 1,r,-2ctices for nonferrous, rare,
nnd noble
metals] Praktika obogashchaniia rud tsveinykh
redkikh i
blagorodnykh i~.etallwi na fabrikakh SSSRI.
v;o,,kva, Izd-vo
"Nedrrt," 1964. 238 p. (I-411RA 17:8)
1. Uridv--kiy naiiclin,-,-i!:sledovlte2.1--kiy
institut rekhani-
clieskoy obrabotki po1eznykh iskopayemykh.

ADAMOV, E.V.; KISLYAKOV, L.D.; NIAGIRNYAK, F.I.;
TROITSKIY, A.V.,
otv. red.
[Practice of dressing ore3 of nonferrous: rare
and noble
metals in the factories of the U.S.S.11.1
Fraktika oboga-
shcheniia rud tsvetnykh, redhikh i blagorodpykh
metallov
na fabrikakh SSSR. Moskva, Nedra, 1964. 238 p.
(MILRA 18:7)
1. Sverdlovsk. Nauc hno-i s sled ovate I I skiy 1
proyektnyy
institut oboga~~hcheniya i mekhanicheskoy
obrabotki polez-
rjykh iskopayemykh.

USSR/Physics - Hydrodynamics, Gas Flow 21 May 52
in Vertical Pipes
"Flow of Real Gases in Vertical Pipes," G. A.
Adatrov,
All-Union Sci Res Inst of Natural Gases,
"Dok Ak Nauk SSSR" Vol LXXXIV, No 3, PP ~'57-460
Derives a practically exact formula for the vertical
flow of real gases at high pressures, which formula
permits one to compute particularly the actual under-
ground pressure in the gas wells, taRing the force of
gravity on the upward flowing gas into account. Sub-
mitted by Acad S. A. Khristianov 24 Mar 52.
225T79

SOV/124-57-9-10290
Translation from: Referativnyy zhurnal, Mckhanika, 1957, Nr 9,
p 56 (USSR)
AUTHOR: _ Adamov, G.A.
TITLE: Approximate Calculation Formulas for the Coefficient of
Hydro-
dynamic Resistance (Priblizhennyye raschetnyye formuly dlya
koeffitsiyenta gidrodinamicheskogo soprotivleniya)
PERIODICAL: Vestn. inzh. i tekhnikov, 1953, Nr 2, pp 74-79
ABSTRACT: On the basis of exact universal-type formulas
previously worked
out by the author for the determination of the resistance
coefficient
under turbulent flow conditions (Adamov G. A. Vestn, inzh. i
tekhnikov, 1952, Nr 1) a number of approximate power formulas
are recommended for use as more convenient for practical
applica-
tion since they ensure any prescribed degree of approximation.
The
value of X for rough pipes under conditions of turbulent self-
similarity is obtained from the type of formula proposed below
X= I (log 10 7.41 )-2 (1)
-4 f
Card 112 This formula for different numerical ranges of the
relative roughness c

SOV/124-57-9- 10290
Approximate Calculation Formulas for the Coefficient of
Hydrodynamic Resistance
is reduced to a series of formulas of the type given below for
any prescribed degree
of approximation n
X = C ( n or X = C ek (2)
D11
where ej, is the equivalent (hydraulic) absolute roughness. The
value of X for
smooth pipes is obtained from the equation
I = 2 loglo R- ~ T (3)
11rT
which for different ranges of Reynolds number R is reduced to
the following formula
X = C / Rn
(4)
An approximate two-term formula is also proposed in general
form. In conclusion
a synoptic table of formulas for various degrees of
approximation is given for the
determination of X - Within a given range of E and R variations
these tables
ensure any required degree of approximation as compared with
that of formulas (1)
and (2). No comparisons are made between calculations obtained
by means of the
recommended formulas and those arrived at according to other
well-known formulas.
V, 1. Gotovtsev
Card 2/2

V 4f
AUTHOR; Adamov, G.A. 115 - 5 5- 4 - 'C/45
TITLE: Measuring the Density and Specific Gravity of
~;usponsiuns,
Boiling Layers, Liquids and Cases in Upcurrents
(Izmereniye
plotnosti i udellnogo vesa suspenziy, kipyashchikh sloyev,
zhidkostey i gazov v voskhodyashchem potoke)
PERIODICAL: Izmeritellnaya tekhnika, 1058, Nr 4, PP 37-42
(USSR)
ABSTRACT: A simple method for constant measurement of the
density
and specific gravity of suspensions in a vertical
upcurrent
(whose speed may be variable) is given. Two indicating
bodies, suspended from each arm of a sensitive balance,
are
immersed in the liquid. The bodies have the same true
weight and aerodynamic resistance but different volumes.
The balance thus measures the weight of a part of the sus-
pension which corresponds to the difference in the volumes
Card 1/2 of the two bodies. Various possible body forms
and types

(Moskva)
Magnetic separation of coal with activated
admixtures.
Izv. AN SSSR. Otd. tekh. nauk. Met. i topl.
no.4:328-236
J1-Ag 161. (Coal preparation) (MIM 14:8)
(Magnetic separation of ores)

s/18o/6l/ooo/oo6/ol9/o2o
E025/E135
AUTHORs Adamov, G.A. (Moscow)
TITLEs A general formula for calculating the resistance to
relative motion of particles, and a medium
PERIODICAL: Akademiya nauk SSSR. Izvestiya, Otdeleniye
tekhnicheskikh nauk. Metallurgiya i toplivo, no.6,
1961, 168-176
TEXT-. The general formulae applicable to the relative motion
of a body and a medium are stated. For low values of the
Reynolds
number the aerodynamical resistance depends only on the
viscosity,
the dynamical pressure having a negligible effect and the
resistance being proportional to the first power of the Reynolds
number, on the other hand, for high values of the Reynolds
number
the viscosity has no effecti the resistance is determined by the
dynamical pressure and is proportional to the square of the
Reynolds number. In the intermediate region the resistance is
determined by both the viscosity and dynamical pressure and is
proportional to some power of the Reynolds number between the
Card l/ 4

A general formula for calculating ... S/l8o/6l/ooo/oo6/ol9/020
E025/E135
first and second. Existing formulae are given and their
limitations pointed out. The particular case of a spherical body
is described and the formulae of Stokes, Newton, Rayleigh and
Allen given, and it is pointed out that each of them corresponds
only to a certain range of variation of the Reynolds criterion.
The author then gives general formulae in dimensional and
dimensionless forms for resistance in relative motion between a
body and a medium which are correct for all forms of resistance
for any value of the Reynolds number, that is including all
forms
of streamlining from laminar to completely turbulent, but
assuming that Mach's criterion is negligible. These formulae are
represented by a family of curves, each curve having the same
two
asymptotes corresponding respectively to resistance varying as
the first and second power of the Reynolds number. Between these
asymptotes the values of a parameter in the formula determine a
family of intermediate curves of varying curvatures
corresponding
to different laws of transition. A general formula is given for
a spherical body in free motion and a value of the parameter
chosen from experimental results. This is stated to be very
Card 2/4

.dor P
A general formula for calculating.-
s/l8o/6i/ooo/oo6/ol9/020
E025/E135
gives as limiting cases the finite velocities
corresponding to
linear and square law resistance. The linear law applies
to high
viscosity or small dimensions of the moving body,, the
square law
applies to low viscosity of the medium and large
dimensions of
the moving body. The deviations of the values given by the
;I.orraulae from experimental values are discussed. It is
stated
that. these formulae are more accurate than those
published by
R.B. Rozenbaum (Ref.4s Dokl, Ak. nauk SSSR, v-115, no.3)
and
K.S. Shifrin (Ref.51 Izv. Ak. nauk SSSR, seriya
geofizicheskaya,
no.2, 1958).
There are 2 figures, I table and 5 Soviet-bloc referen,~es.
SUBMITTED: August 19, 1960
Card 4/4

MKOLAYEM# Te.G.; RMIS, Ta.M.; ABODY, G.G.;
KUIRINSKIT, T.M.
Semiautomatic machine (model P84) for coremaking.
Lit. proizv.
no-11:34-35 N 160. (MIRA 13:12)
(Coremaking)

ADAMOV, G.I.
Using hydraulic cyclones in sDgar manufacture.
Sakh.prom. 32
no.10:14-20 0 158, (MIRA 11:11)
1. Gosudarstvennyy institut po provektirovaniyu novogo
stroitel'stva
i rokonatrOctaii predpriyatiy sakharnoy promvehlennosti.
(Sugar machinery) (Separators (Machines))

IVANOV, P.Ta.; ADAJIDV, G.N,
improving production layouts and equipment for
beet-sugar fac-
tories. Sakh.prom. 33 no.6:1-4 Je '59. (HIRL 12:8)
1. Gosudaretvannyy nauchno-tokhnicbeakly komitet RSFSR
(for Ivanov).
2. Gosudarstvanrqy institut po pro7ektirovaniyu novogo
stroitell-
stva I rekonBtruktaii predpriyatiy aak-harnoy
promysblennooti (for
Adamov).
(Sugar Industry--Equipment and supplies)

ADAMOV,I.I.
Improving the seed characteristics of potatoes by
growing them on
cultivated bog soils. Trudy V14IISP no.4-94-98 154.
(xLRA 8:n)
(Seed potatoes)

AijAmuv, losif Ivanovich.
[The storage of_po~atoesj Zam=vanne bullby. Minsk,
Dziarzh.
vyd-va BSSR, 1957. 78 P. (MIRA 10:12)
(Potatoes--Storage)

PUSUAVLT, I*L, prof., doktor aellskokhozyayetvenuykh
nauk, red.; ANBROSOV,
A.L.; STEFANISHIN, S.Te.; ROVDO, A.I.; ALEKSBYCHIK, N.Ae;
ALISMIK,
P. I.; OGNN, I.M.; .,,ADMQT JTYLIN, Go, red.; L&RIN, V.,
red.;
.qqo; BT
,v,j-
STHPANOVA, No, tekhn. red.
[Potato gTowiug'in White Russia] Kulltura kartofelia v
Belorueskoi
SM Pod red. I.I. Pashkareva. Izd.2., ispr. i dop. Minsk,
Goa.
iza-vo BSSR, 19~8. 356 p. (HIU 1117)
(4hite Rassia--Potatoes)

i r: r
CIO
T D
,I r
a 1) 1, t ~A c- t

MI-VC611,3YIWO A.Yo., doklor toklmo nat&l AMMOVp
I*V,, inzho
Fm-mticn of hot craolm in caot-iron chill rollo,
Lit, iwoi-.ve
no,,32M-O D 165# (IML-A 181L")

ACCESSION NR; Ap4ol5555 S./0089/64/016/002/0099/0103
AU7HOR: Adamov, 1. Yu.; Dushin, L. A.; Kononenko, V. I.;
Pavlichenko,.
0. S.
clectrodeless Induction discharge
TITLE: Microwave emission of an
SOURCE: Atomnaya energiya, v. 1.6, no. 2, 1964, 99-103
TO'DIC TAGS: microwave plasma ernissionj eldctrodeless plasma
discharge)
hyperthermal plasma emission, betatron emission mechanism
,ABSTRACT: The pux~pose of the present work is the verification of
the
.assumption made by other authors concerning the possibility of a
hyperthermal microwave emission by a plasma of an electrodeless in-
duction discharge. The discharge was in hydrogen, the variable mag-
netic field was created by a one-layer coil, 11 cm in diameter, 20
cm
lonm connected to a 18.6 #f capacitor. The period of oscillation
0
was 8. /isec. Magnetic probes were used for measuring the magnetic
field in and out of the plasma. Both the microwave and the X-ray
Car.d /2

ACCESSION NR: Ap4ol5555
emission were recorded. A correlation of both types of emission was
confirmed. The microwave emission appears when there is a critical
plasma density for a given frequency. The microwave power emitted
is in several orders of magnitude higher than that which corresponds
L'o thermal emission. "The authors are grateful to Ya. F. Volkov,
V. A. Suprunenko, V. T., Tol0k, and Ya. B. Faynberg for discussions
and to L. V. Brzhechko for help with the work." Orige, art'. has: 7
figures.
ASSOCIATION: none
SUBMITTED; 22Apr63 DATE ACQ: Max~64 ENCL-. 00
SUB CODE: PH, GE NO FM SOV: 003 OTHER: 003
CQrd-,- 2/2

;L 2492-66 Et4T(I)/ETC/EPF(n)-2/EPA(w)-2/Et,,TG(m) IJP(c) AT
!ACCESSION NR: AP 5020724 UR/0051/65/035/008/1394/140D
Y 97
Yu# 7/
AIM1011: Pavilchenko, 0. S.; Dushin, L. A.; Kuznetsov, Yu.
K.; Adamov, I'
!TITLE'. Instability of a plasma discharge with oscillating
electrons. 1. Micro-
Iwave radiation
Av V,