SCIENTIFIC ABSTRACT AMELIN, A. G. - AMELIN, I. P.

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• Collection: Scientific Abstracts
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• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

SHUMILOVSKIT, H.V* (Moskva); AMELIN, A.G.(Moakwi).
Problems of automatic Oontrol in chemical industries. Avtom. I.
telem. 14 no,3t259-266 My-Je '53- (HLRA 10:3)
(Automatic control) (Chemical indwitries)

AMBLIN I G - RA18Y31V, A.Virdecoased]; BRUTSWS, Te.B.; KKLIXAN, Y.N.;
;'_~C~ICH, R.Ye.; STXPANOV. M.N.; CHMIRY=Xrr, M.L.; CMMO-
BAMA. MA.; MUMICHUX, B.T.. rodaktor; LIONVYWA, K.D., re-
daktor; SEM, Yo.G., taknichaskiy rodak-ter.
[Methods ot analyzing and controlling -the production of sulfuric
acid and waperphoophates) Metedy analign I kentrolla preizv9dIstva
sernei kis:l*ty i superfesfata. Soot. A.G.Amelin i dr. Pod red. '.
B.Y.Mikhallchuka. Moskva, G*s.n&uchn*-tekhn. Izd-ve khim. lit-ry,
1955. 159 1). (KLRA 9:5)
1.Kescow. 11muchuyy institut p9 udebreniyam i ineektofungisidan.
(Sulphuroe wld) (Phosphates)

AMEL)N, A. G. .1 ED. 1415
633.68
.A4
PIMIENTITA AEROZOLEr V SUISKOM KHOZYAYSTVE; SBOIIiIK PERWODOV
INOSTRANNOY *PFRIODICIIESKOY LITERATURY (APPLICATION OF AEROSOL IN
AGRICULTURE) MOSKVA, IZD-VO DIOST:WINOY LITERATURY, 1955.
266 p. ILLUS., DTAGRS., GRAPHS, TABLFS.
BIBLIOGRA?HY AT MID OF EAqvi CHAPTER.

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10--17
Balif of AISSI po~;Ij'm in j"j.j-
1051. -The teum &4i"fMtim i- tbe sz run ol k-1
vil;tor Injecirtl In tz1a no J~ skw.jl Ill slall'M j ~'! of all
Mid. with slycerol vapor w;.3 furvei (at a cow vol
ity) thrualh a wMe of Oiarn. d into echl at u I be mv
pf 111cle slic of II)t ttycml fog thhus puxlqmd Inis greater
V ~ gf~ttf J; it W.1s, e.g.. 1.6 ja or d - 2-h 1,111 Dild 10 IB
I- z d - 50 mm, The loi *as moTe I~Plydnw . t Crc~t-
J. At small 4, Lho linew rate oi flo-* wt, ~mm r . -1 mi-int
"4% MPId I )ItOCC the no- of nufl-i -a, I - 0 Id the
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USSR/Chemical Technolofi:y Chemical Products and 71heir Application. Sulfuric
Acidp Sulfur and Ito Ccxpounds, 1-2
Abst Journali Referat Zhur - MLLmiya, No 19, 1956, 62o63
Author; Amelin.. A. G.,, Baranova,, A. I., Vezillyev, B. T.
Institutions None
Title: Production of Sulfuric Acid by the Wet Catalytic Method
Original
Periodical: Kh4m. pr(=-stl, 1955, No 8, 453-457
Abstracts Results of laboratory and semlinduatrial scale experiments on con-
densaticn) of SO and 10 in scrubber apparatus (SA). In unit of
3
output capacity of 2t/ y gases containing 6.5% so and 9% H2o
passed s,accessively through 3 vertical SA fitted 2th cooling de-
vicesi degree of condensation was 99.8%; concentration of R2604 (I)
in first SA 95-5%- Condensat6r with output capacity lo t/d7ay con-
sisted cf horizontal steel drum with acid-reeistant lining, divided
in 3 chambers by 2 partitions tbrough which the gases passed in
succession, bubbling through I flowing countercurrently from one
Card 1/2

J.
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i 6 M'
10E~- 1466, abamr. In Pel. Zh. Min, JAC1.Iam.. ii
Uft Ov'm of tim tnr~l for twang C;-010S of
AMILI natolty Gavrilovich-, CMMUBSKATA. P.M.. redaktor: UMITZ, H.S.,
WANNOW gArethnichoskiy redaktor; POGWRIN, P.V.. tekhnic~4ekty redaktor
[Production of sulfuric acid] Proizvodstvo sernot kiBlotyo Hooky&,
Goo# nauchno-tekhn. lsl-vo kh1m. lit-ry. 1956. 363 p. (HLRA 9:11)
(Six1furic acid industry)

ej,

-fDf VAIrr4fkS 1 "1
~1. U. A - -570 -
Arn, Lip. and Bell-akov (&-I I.-, ~j
tto L rytmacr, and tbe u., -i ~i!-
- C! 4 cuught in I inig r wm if 1'. i'i
a rid the dawnurimm halvei f1hr t-h-0T
c-f dopiets tG, diam. d) ir ! L, -1 ~r I
150~ s the area 0 the cmsb
&I d. o! tht I'qu.d, ~ vi--4tv i t!,,
T:,c --~i 11 1 1 1
7
0.6 O=d 10, Whrms !or (41) temen 10 and 10, m3
BAJ 10-4 sind a - 1.65. FcT the dim-sirew i hall, -H
Thu!% the amt.
art an hall was greatu than on the ir ... ii rall it ff
cmipmeal cquat13n; wt-re approx itIll I [-I~
MS 1) Lrt-ccm OAX, Sn't I i -1-
if. ~t fit~j a,, t ht~
h; becaus Z; :-j'.1
sc the pvI)d- ' *
ra-Dacd ATA. cQT-kw;iu-juIIiy' Lit-, CgIm- Of -E ~S"-
kr papm.

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I-es-S-O~a la, 142 m Vg Moskvd'
acom
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Vj462U. ON THE DrMSITJOlf OF DROPLETS FROM A
GTR"U (OP GARS)
F 3 ~ I R i:
14 - the number ~f cir~qloi~ f i
N - the number of droplets o; t p giver. diameter ppr wnit
vwutd* cf the stream, Me ST 4 am vcr"-)clt~. ax'a
to a tul'CUM of Stokes n JbIhA r 3 ( ins" E-~;,~rixnentfi
4 gave the lallawjx4 v2l~vs ior tr- 1,~ailj~4 edge W a cylInder-
m - 7 x 10 n. - 3.5 (withil. t1k -C(. of S fram C 6 to 1q1;. Z-1
AnJ lor-tbAArallllng-;~fta; xn, x 10-4 n - O.E4.
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am -be
wd oufilmwere depi3Wed co WA st-es 0?
A Gelbltu~h
J.,
INN

ARKLIN. A.G., MUMM, Ye.V.
Reduction of ealenium dioxide from emilphitric Acid solutions by means
of sulphurous Anhydride. Dokl. AN S.S."31 108 no.5:849-852 Je 156.
(MLRA 9:10)
1. Predstavleno akademikom S.I. Vol'I'kovichem#
(Selenium (mides)
I

1 .7 - f In
AD THOR: Amelin~- ~.G. , Doctor of Technical Sciences 64-8-4119
TI~LE: Simplification of the Roasting Gas Purification Scheme in
the Production of Sulphuric Acid According to the Contact
Process (Uproshcheniye skhemy ochiatki obzhigovogo gaza v
proizvodstva sernoy kisloty kontaktnym metodom).
PERIODICAL, Khiminheskaya Promyshlennoat', 1957, Nr 8, pp. 15-20 (USSR)
ABSTRACT: Since the roasting gas contains up to the hundredfold more
sulphuric acid vapors than arsenic and sulphuric acid
anhyd;ride the considerations with reference to the sulphuric
acid rapors are given. The obtained results apply, however,
also Tor arsenic and selenic acid anhydride. First the various
roast gas purification schemes are investiCated by means of
rinsing the latter with sulphuric acid and the influence of
the various factors on the occurring processes is detected.
1) Puxification of the roast gas by means of transformation
of the admixtures into a smoke state. Inspite of the fact
thiLt this method is complicated and the costs are high th--',s
method is most distributed today. It garantees a high degree
of purification.
2) Purification by means of condensation (absorption) of
Card 1 the admixtures on the surface. Here the condensation

Simplification of the Roasting Gas Purification Scheme in the 64-8-4/19
Production of Sulphuric Acid According to the Contact Process
process on the surface has to be carried out in such a
ir&y that the here occurring aupersaturation of the vapor
irith sulphuric acid remains below the critical value.
3) Purification by means of oDndensation on the surface and
in the volume. It is a combination of the two first
inethods and has the highest technical-economical indices.
A test-oontact-eystem was molinted in the chemical works
of' Konstantinov which is in operation already since 2
years. According to the last data the smoke containn below
0,001 g/m3 sulphuric acid and approximatively 0,1 mg/m3
arsenio. The purification process according to the methods
proved in this and other works consists of 4 stages:
1) Roasting gas is treated with concentrated sulphuric acid
at high temperature (100-1500) under conditions which garantee
a condensation (absorption) of the vaporous admixtures on the
sulphurio acid surface and eliminate a smoke formation
2) The temperature of the irrigating sulphuric acid drops.
In consequence of this the remnants of the vaporous
admixtures condensate in the volume under formation of smoke.
3~ The gas is liberated from the smoke.
Card 2 4. Last stage: common dryixiE: of the gas by means of

'Simplification of the Roasting Gas Purification Scheme in the 64-8-4/19
Production of Sulphuric Acid According to the Contact Process
concentrated sulphuric acid. The moot important
characteristic feature which determinesthe purification
process is the temperature of the acid used in the gas
treatment in the first stage. On this temperature depends
the smoke formation, the size of the drops, and the acid
concentration (which occurs here). Two simplified schemes
are given here for the roasting gas purification under
application of sulphuric acid at increased temperature.
The optimum operation for the first stage can be computed
according to the known method (reference 5 and 6 ) or can be
found by experimental way in eitah single case. A rational
application of each of the given schemes is due to the
technioal-economical factors which are determined by the
concrete conditions. Recommendations are given here for an
increase of production in the purification departments of.the
sulphcLrio acid production according to the contact process.
There are 6 figures, 1 table, and 11 referenoesp 10 of which
are Slavic.
Card 61

AMBLIN, A.G., dolftor tekhn. nauk.
Sirlplificatioa of tho p-tirlfiwtion of burner gaa in the mnafacture
of sulfuric sold by the contact prneeiris. Khim. prom, no,8:463-W
D 157. (HIM 1112)
1. Hauchnvy inOtitut po udobreniyam L insektofungitaidam imeal Ta.Y,
BRMO.VIOVB,.
(Sulfuric acid) (Gaaea)

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AMILIN, A.G.; POYOV, A.V.. red.; SHPAX, Te.G.. tekhn.red.
[Production of sulfuric acid from hjnlrogen sulfide by wet
catalysizj Prolsvodstyo sernoi kisloty is earovodoroda' po
mtodu mckrogo kataliza. Koskv&, Go-,%.nsuchno-tekhn.izd-vo
khim.lit-ry, 1960. 173 P. (MIRA 13:3)
(Sulfuric acid) (Hydrogen sulfide)

AYFLIN. A. G.
Optirtum conditlenn for the- -purification of roast P~mses.
Khtm.prom. 2:116-1.21 My 1600 (14TXI 13:7)
(fts puzifteation) (Sulfuric acid)

OMIN, Anstolly Gavriloviah; DERTAGIN, B.V., otv.red.; BMNOV. S'Peq
T.T.. takhn.red.
[Fogs In the service of man] Tumany slushat chelovsku. Moskva,
Izd-vo Aced,nauk SSSR, 1961. 109 P. (MIRA 14:3)
1. Chlan~-korraspondent AN SWR (for Deryagin).
(Spraying and dusting)

AMELIN., Anatoli Gavrillolvich; FLISKIN, Lev Cavrilovichj SHUMULOVSKrf ,
~~~~~-Nikol ch; LEONOV,, A.L.3 red.; SHPAX, Ye.G., tekhn.
red.
(Principles of the automation of m1furic acid faamfacture by
the conlact process] Osn_owy avtomatizatsii proizvbdstva sernoy
kisloty kontaktrWm met*dom. Moskva, Gos. nauchno-tekhn. izd-
vo khim. lit-ry, 1961. 313 P. (MIRA 15:2)
(Sulf'uric acid) (Automatic control)

AKE-LIN, A.G.; YASHKE, Ye-V.; KURGIN, Yu-S.
r - --' Temperature of a drop-let in supersaturated vapors. Koll.zhur. 23
no.6:652-6'57 N-D 161. (MIM 14t12)
1. Nauchno-issledovatel'skiy institut po udobreniyam I insektofung-
isidam ineni. prof. Ya.V.Samoylova.
(vapors) (Drops)

AMELIN, A.G.., prof.
Present state and objectives of the sulfuric acid industry in the
next seven years. Zhur.VKHO ? no.1:18-24 162. OMIRA 15:3)
(Sulfuric acid industry)

BURYAK, K.A.;,AYELIN, A.G.
Processing of a waste alkylation aciLd according to a simplified
thermal methods Sbor. mut. po obm. opyt. NIUIF no.12t68-87 162.
(MIRA 16:12)
1. Naucbnyy Inatitut po udobreniyam i insektofungisidam imeni
prof. Siunoylova.

KONDRATIYEV, S.N.; ILLARIONOV, V.V.; MAKAROVA, Ye.I.
Preparation of stabilized sulfuric ej*qdride under pilot-plant
conditions. Trudy KKHTL no,30:20f)-.212. 162, (miRA 16:io)

KUPERMAN, M.Ye.; STONIANOVA, I.G.; YASHKE, Ye.V.:; AMELIN, A.G.
Electron microscope determination of thei size of sulfuric AcId fo
drops. DokI. AN SSSR 155 no.6.-2427-1428 Ap 164. (MMA l7s4l
1. Nauchno-issledavatellskiv institut po udobreniyam i insektofungi-
taidam im. Ya.V.Samoylova. Predstavleric. akademikom S.I.Vollfkovichem.

AMFT-T"p . e
~Ltojjy i riq~; AVR/uNIOVA, 1'.S., r d.
(Production of sulfuric acid] Proiz%odstvo serm`
kieloty, Izd,,2,,, perer. Moskva, thiiudia, 1961,.
471 p. (NIRA 18:2)

SHANIN, S.A.; BAIABAY, F.I.1 KONONENKO, D.F.; MlKULINj G.I. [Mykulinp H.I
BOROVSKAI.A. N.V. [Boroyalka, N.V.]; cHII=VIGH, A.P. [SJhynkeyych,',A.P.jj
LIBERZON, L.M.; AME. t GT,-LAmelin.. A.H.1; BURYAK, X A PECHONKINJF
L~I N
V. . ;"TSENKOP P
V.V. [Piechonkin, . ; YA . N.N.; GALIPERIN N.K*(Hallperinp
N.I.]; F133ALK, V.L.; CHEKHOMOV, Yulx.
Inventions and improvements; certificates of inventions* Xhim.prom.
[Ukr.] no.2t62-64 Ap-Je 165. (MIRA 18%6)

YA,9"K'Fq Ya.V.; Orr-,",IK A.G.-, fSTROVSKIL V.A.; OSKJLIKEVICH, V.A.
.' I
Glass fibor filt!Nrs for the removal of sulfuric acid fog, Khim.
prom. 41 no.'4196-200 Mr 165. (MIRA 180)

AMELIN, _A.2.. ...
Rate of hcmogensous condensation of vapor. Koll., zhur. 27 no.5:633-
638 S-0 165, (MIRA 18:10)
1. Nauchno-issledovatellskiy institut po udobreniyam imeni Samoylova.

ACC NR' AAM7003451
Amelin,._At~a,toliy..Ga%.rilo.viq4
Monograph
UR/
Theoretical principles of the formation of fog in the condensation of vapor (Teoreti-
cheskiye osnovy obrazovaniya tumana pri kondensatsH para) 2d ed., rev. and
enl. Moscow, Izd-vo "Khimiya", 6G. 0293 p. illus., biblio. Errata slip
inserted. 2, 200 copies printed
TOPIC TAGS: meteorology, fog, aerosol, vapor condensation, dispersed system,
supersaturated vapor, aerosol generator
PURPOSE AND COVERAGE: The author discusses the theoretical principles under'
lying the formation of fog, analyzes various instances of supersaturated vapor,
and provides formulas for forcasting the probability of fog to prevent its forma-!
tion in a variety of industrial situations. Typical bases of fog are examined,
and the application of the theoretical principles cited to the computation of the
i quantitative concentration of fog and in solving related practical problems (e. g.-
the design of aerosol generators and equipment used in agriculture and medicinef
is demonstrated. The book is intended for engineers and technicians working in
the chemical and ferrous and nonferrous metals industries, agriculture,
UDC: 54-138:536. 423. 4
LCard _J/ A 61

a Fee
ACC NR' AIM17003451
Ch. 3. Formation of supersaturated vapor and fog as a function of the turbulent
mixing of gases -- 86
Ch. 4. ocular
Formation0f supersaturated vapor and fog as a function of mole
diffusion and heat transfer -- 127
Ch. 5. Formation of supersaturated vapor an(] fog as a function of turbulent and
molecular diffusion and thermal conductance -- 141
Ch. 6. Formation of supersaturated vapor and fog as a result of the chemical
reaction of gaseous matter in apace - - 223
I Ch. 7. Control of particle size distribution and the quantitative concentra-
tion of fog 264
Appendix1 289
Appendix2 290
Appendix 3 291
Appendix 4 291
Literature on the basic properties of aerosols 292
SUB CODE: 04,06,07,20,21/ SUBM DATE: 2GApk6l ORIG REF: 039/
OTH REF: 023
Card 3/3

AMRLIqH3Tt_:~:_T.
The STIIL-X-'ff felting mebine for hardanIng the felt shoo batt. Slul.
takh.-akonAntorm. no.11:46-38 160. (KIRA 13--n)
(Boots and abova, Palt)

AMILICHEV, I.V., kpndidat takhnicheskikh naulk,
.
On the use of plain and reinforced concrete in the superstracturs.
Zhel.dor.triknop- 37 no.10:46-48 0 155.. (KLRA 9.11)
(Railroads--Track)

AMICHEV, I-V-,. kandidat tekhaicheskikh nmik.
Operational tents of fastenings for i9xperimental rails. Trudy
TSNII MM no.111:170-186 155. (HLHA 9:5)
(Railroads.-RatDO

AMELICHEV, I.V., kand.tekhn.naak
A new type of superstructure is in the malcin . Put' i put.khoz,
6 nojt13~-15 Mr 162* iKMA 1513)
(Railroads-Track:)

AMELICHEV. I.V#, kand.takhn.nauk; FEDORCHENKO, R.Ya., inz~.
. ..... I.....
Operational testing of railroad tracks with rail support made
from reinforced concrete blocks, Biul,tekh.-ekon.inform.Nauch.
tekb.sov.Yin.puteiAoob. no.240-55 160# (KMA 150)
(R&i33-oads-Trackj (Precast concrete construction)

MAIWIMOVy 13.1.p kani. tekhn.nauk, AMBLICHiN, V.i., iiizh.
Machineu for harvesting pdtatoes by stage and some problems of tho
technological process. Trakt. i sullkho=sh. 33 no.1:2/r.26 Ja 10.
(1141RA 10:3)
1. Vse;9oyuiznyy pauchno-issledovatellakdy institut sell skokhozyayatvennogo
ma8hinostrayeniya.
(Potatoos-114xvesting)

91ELlCHEV, V. T. , inzh.
Studying a cOmPlex of machinos for harvosting potatoes by stages.
Trakt. I sellkhozmash. no.11%19-20 N 164.
(MIRA 18:1)
1. Vspsoyu2myy nauchno-issledovatellskly Inatitut sellskokhozyay-
stvennogo niaslilnostroyenlya.

SAVIN. G.N., otv.red.; 1PAYNERKA11, I.D.. xam.otv.red.; GPMENI, I.I., red.;
ZHHOSKIY, A.Z., prof., doktor takhn.nauk, red,; SHISHLOVSKIT,
A.A., red.,,, AMELIN, A., red.-, PATSALIUK, P., tekhn.red,
[Now methods of Inspection and flaw detection in the machinery
and instrument industries] Novye metody kontrolia I defekto-
skopii v iiashinostroanii I priborostroanii, Kiev, Gossisd-vo
takhn.lit..ry USM, 1958. 264 p. (MIRA 12:10)
1. Nauchno-tekhnicheskoye obahchestvo priboroBtroitelluoy pro-
myshlennosti. Ukrainakoye reepublik-anskoye pravloniye. 2. Gos-
universitet im. Shevchonko, Kiyev (for Zhmudskiy, Shishlovakiy).
(Machinery--Construction) (Inatrumente--Construction)

ANSIMILIVirm, Yu. (Anselevics; J.1; AMELIII, h. (Amelinsp A.); MLIZOBS, M.
[Mel.zobs.; M.1 -# -----------
Irduction of.vocroaam in the myocarlLum of rabbitm by landrina
(isopropy-Iroradransk.1 ire) (with summary i" English]. k, '%~;. .
Ustle Latv A no.12t9l-%-1661.1 - t * -
e

CHKHENIKELI, Sh.M.-, AMUIN, A.S.--KHA'.RATIOVA, I.S.
t.~-
Radioactivity of fresh-water and mine-ral sprinpa. Trudy Inst.
Feofir. AYI Oruz. SSR 19:177-191 60. (MIRA 1419)
(Georria-Water, UnderFround) (Radioactive substances)

ANELINO A. Z.
AHELINp A. Z. - "Dowlepwnt of a Bullet Wound in the Lung. 0 (A Pathologio6-Anatmic
Investigation.)" IatvUn State Up 1947. (Dissertation for the Degree of QLndidate of
Medical Sciewes)
SOt Isvestiva Ak, MM* LatyiXmkov SSRj, 50, 9., Sept., 1955

4 WA- A."?OLTAKOVI Taoff
Results of histological examinations of surgically removed appendices
verniformaise Vosn.-asdazhur, nov6:34-36 is 15L (KIM 9:9)
(AIIPJMDIX (AXATOKT))

and hUW,0&4-1 cbjmg
A. Z, A the bdr"-,-
j
AW4
716964);r f,,.,
ZA
KUM., KA
on. 1953
S,

MALIN, A.Z. (RI ~'I
Resorption cif bone tissue under nornal and pathologioal conditono.
Arkh.pat, 18 no,8;40-43 056. (XLBA 10:2)
1. Is Rishekogo nauchno-issledovateltalrogo institute ortopedii i
voestanowitiollnoy khirurgii (dir. - prof. O.M.Rudenko)
(BONICS, physiology,
resorption in physiol. & pathal. cond. (Run))

AMNLINI ',4&JUMIICOVTIik med. alushby, kand.med.nauk; POLYAKOV, TA.Y.,podnolkovnik
'a I
~t'
',.-r " mad.oluzhby; NIKITINA, H.I.,mnyor med.oluzhbv.
Analysis W! materinl on fatnl outcomes in Acute apnendicitle. Toen.-
me4.ighur. no.11:37-4o N 157. (min 11M
(Aj?PMICITIS. statistics,
Route, fatAlity (Rua)

AVELINI, A.Z. , "oc Ved sci -- (diss) IlVorpholcgical
changes in the resoiution of bone "Os, 1Q,-, t4.
16 po Oin of Ilealth U.;.,;R. Central Inst for tnp
Advanced Traininp of Physicians) 20'~ corles
(KL, 23-58, 110)
- 11h -

MEM, A. Z.
On the rooorption of bone tioaue in ooteoarticular tuberculooiso
Probl.tub. 38 no,4s67-69 160. (MMA 1415)
(BMM-TUBERCUI"IS)

AMELIN A Z
~-- - -~
P~riv=7 - onary bnmrtensions Klim.med. 38 no.6:77.4n Je 160o
.Palm (KER A 13 t12)
(MTEMSION) (PUIMONARY AR=-DISFMES)

AMELIN A Z doktor med.nwak
Fatal outcomes in thromboembolism of' the puLmonary artery. Sov.
med. 26 no.7:123-125 JI 162. MRA 15911)
1. 1z Rizhakogo nauchno-issledovatel.'skogo instituta travmatologii
i ortopedii (dir. - kand.med.nauk V,K.Kalnberz ').
(PULMDUARY EMBOLISM)

AMP-LIN, A.Z.; AfFiTIELEVICH, Yli.v.; ME12urUp M.Yo. (Fig&)
Experimental infarctlike changea in the vqocard.lum under the
influence of iaadrine (inopropy1noradrenaline). Arkh. pat.
no.lt25-29 263. W4 17slQ)
1. In patologoanatomicheakoy laboratorii. (zav.- dok-tor
meditsinskikh nauk A.Z. Amelin) Rizhskogo insti-Ituta travmat 1 44
-kand. nod. nauk V.K. Kalnberz (Kaln 01--
i ortopad!l (dir. terzs, V.
i Rizhs:&ogo meditsinskogo instituta (dir.- prof. V.A. Kallbarg).

MEM, A.Z., dc#ktor nod. nauk (Riga 1,, ul. Hishurina, d.27.kv.14)
Some morphological changes in primary tumors of the bones,
Ortop., travm. i protex. 24 no.4:64,-66 Ap'63. (MIlU 16:8)
1. Iz Rizhokogo institutl travmatologii i ortopedii (direktor-
k"4, mod. nauk V.K.Kalnbers)
(BONES-CANCER)

7
t1 't~ It-
o 1 -t'll C. a I (o 1 rc;..

AME
A 1111, A.Z. (Riga)
Henorrhallic insultus following fat embolism. Arkh. pat. 26 no.9169-
71 104. (MIRA 1814)
1. Patologoanatomicheskaya laborator:Lya (zav. - prof. A.Z.Amelin)
RiMiskogo nauchno-.-tsslcdovute1'skoCo institut.3 travtmtl~ologil I
urtopedli (dlr. - dotsent V.K.Kalnholrz).

11 A Z., ~trof. (7-iga-1. u1. I'llichurina, 27, kv-14
Fatal complications following fractures of the femoral neck.
Vest. khir. 92 no.6:50-52 Je 164. (MIRA 18;5)
1. Iz Pizhskogo nauchno-issledovateliskogo instituta travmatologii
i ortopedii (dir. - dotsent V.K. Kalnberz (V. Kalnberzs]).

AMELIN, B.A.; BRODOV, G.S.
Recent developments in mechanization and automatic control abroad.
Razved. i okh. nedr 27 no-9:5&60 S 161. (MIRA 17:2)
1. Vsesoyuznyy nauchno-issledovatel'skiy institut metodiki i tekh-
niki razvedki Gosudarstvennogo geologicheskogo komitets. SSSR.

l'uMELIN', Boris Ana-topy0yiC VASSILvYLV, VladJudr Dmitriyovich;
- ti
YevLreniy Yevgenlyevich; T"-',KPJtEVA' T.N., ved.
red.
(Now methods for the nonmetallic reinforcement of bore-
holes) Novve metody nemetallicbeskoEp krepleniia burovykh
skvazhin. Leningrad, Nedra, 1964. 109 p. (MIRA 17:6)

A;-IIU,g
I
for uVilify, 11OD-MOt"I pApia rcr the oasing of goologioal
prosliewl, Wrelioles. Razved. i okh, nodr. 30 no-307-31 Mr 161~
NTRA 18:1)
1. Vsaso~iimiq Inotitut metodiki i
toklinJa ra-,nraiki Gxgular.-Avennogo geologicheshogo komiteta
SSSR.

AMIN, B.A.
I~e"s'u')Ia-a-c-h,ieved in foreign countries in test boring
using flexible strings. Razved. i okh.nedr 31 no.4t
59-62 Ap 165. (NIRA 19t1)
1. Vsesoyuznyy nauchno-issledovatellakiy institut metodiki
i tekhniki razvedki Gosudarstvennogo geologicheskogo
komiteta SSSR,

~AMHLIN, Fedor Stepanovich; DOMOT, Ta.Tu. [Donelkoi, IA.IU.], red.;
WWCHHNIO, M.G. (Shevchanko, M.H.1, takhn.red.
(Let's carry out our seven-year plan in five years] Semyrichku, -
za pliat' rokiv. Kharkiv, Kharkivalke knyzhkove vyd-vo, 1959.
27 P. (MIRA 13:2)
1. Stalevar Kharkivelkogo traktornogo zavody ireni Ordzhonikidze
(for Amelin).
(Kharkov--Tractor industry)

S
AMLIN, P brigadir
On behalf of our brigade. NTO 2 n0.1:19 Ja 160.
04IRA 13:5)
1. Brigade, komimnisticheakogo truda traktornogo Eavoda, Khar'kov.
(Kharkov--Tractor industry)

SUVCHFINKO, N.Y., red.; AMBILIN, F.S., red.; GRECHKO, V.Te., red.; ISAYEV,
V.I., red.; KUZIMOV, V.I., red.; LIBERMAN, Ye.G., prof., doktor
ekonom.nauk, red.; MAKARENKO, V.P., red.; SHMMININ, I.F., red.;
TARMCLOVICH, O.M., red.; KARDASH. G.I., red.; DONSKOT, YBOT1899
red.; LIMANOVA, M.I., takhn.red.
(First and foremost; ways to further increase labor productivity
in machinery manufacturing enterprises of Kharkov) Samoa vazhnoe,
samoe glavnoe; o putiakh daltneisheiro povysheniia proizvoditell-
nosti truda nn mashinostroitalInfth prodpriiatiinkh Kharlkova.
Kharlkov, Kharlkovakoe knizhnoe izd-vot 1960. 205 P.
(MIRA 13:11)
1. Ukraine. Xharlkovskiy gorodalcoy ekononicheskiy administrativnyy
rayon. Sovet narodnogo khozyaystva. 2. Nacholinik tekhnicheakogo
otdala Khar1kovskogo sovnarkhoza (for Kuzubov). 3. Khar1kovskiy
inzhenerno-ekonomicheskiy inatitut (for Libermon).
(Mvirkoy-Rachinery industry-Labor productivity)

Defect in a textbook for technical schools ("Uploitation of oil
fields" by A.I.Zhukoy and others. Re-viewed by I.Amelin. Neft.khos.
35 Ao-3:69-70 Mr '57. 1 (X&RA 10:4)
(Patroleum'euginearing)
(ZhWwvo me.)

FAVLOVSKIY) V.; OSTAPENKO, K.; MENDFJ-EVICH, M.M.; BATANOV, Yu.F.; ABTONETS,
G.I.; ONIPENKO, N.I.; GORCHAK, G.K.; ANDRIYASHp L.T.; A=Jfio-~kj
IGNATOVICH, N.; CHIMOV, A.1 DAIXATOV, M.K.; SIKORSKIY, A.N.1 KOVA-
LENKO, Ya.R.
Information and brief news. Veterinariia 40 no.9:83-93 S '63.
(MIRA 17: 1)

r. ~J~10
KOROTKOV, S.T.; AMELIN, I.D.
Present status of and prospeots for the development of the
Maeotio horizon IV of the Anastasiyevka-Troitakoye oil field.
Gaol. nefti i gaza 7 no.1004~39 0 163. (MIRA 17tlO)
1. Krasnodarskiy filial Vaesoyuznogo neftegazovogo nauchno-
iseledovatellskogo inatituta.

;i'X,! LE-1, -1. 1".
Subject USSR/Mining
AID P - 335
Card 1/2
Authors Govorova, 0. L. and Amelin, I. D.
Title Treatment of the results of the study of oil inflow
in wells
Periodical Neft. Khoz., v. 32, #5, 42-48, MY 1954
Abstract The authors describe two methods for the determination
of the "Indicator curve" for oil output from wells based
on the study of changes in output dependent upon the dif-
ference between pressures in the stratum and those in
the well. One method concerns the flow of homogeneous
fluid for the oil pressure above the gas saturation
ressure, and another two or three phases mixture flow
1 and gas or oil, water and gas) for oil pressure
M
below the gas saturation pressure. Absolute oil pene-
trability is considered as a more stable physical
characteristic than the effective penetrability because
the latter is usually smaller and varies with saturation,

AXEL - I-D-- -
IIq%
Study of water flooding of wells by means of restoring hydrostatio
pressure, Neftekhos,flo6341 no*9$24-29 8 156. (KM 9$16)
(Oil field flooding) (Petrolmm engineering)

SOV/124-58-3-3080
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr3, p77 (USSR)
AUTHOR: Amelin, 1. D.
TITLE: Determination of a Nominal Viscosity for Calculations Pertaining
to the! Displacement of Gas-containing Petroleum by Means of
Edge Water on the Basis of Well Investigations (Opredeleniye
fiktivnoy vyazkosti dlya raschetov vytesneniya gazirovannoy
nefti krayevoy vodoy po dannym issledovaniya skvazhin)
PERIODICAL: Tr. Vses. neftegaz, n. -i. in--t, 1957, Nr 10, pp 296-30Z
ABSTRACT: Bibliographic entry
Card 1/1

AMELIN, Iji., Cand iech Sci -- (diss) "Methpds..
for determing the parameters of Petroleum yo"
Ali
from alta of ~--- studies.,, Mos, 1958s 13 PP
(All-Unian Petroleum Gas Sci Res Inst V INeft')
120 covies (KL, 29-58, 131)

14(5) SOV/93-58-12-lo/16
AUTHOR: AmelinYI.D. and Zverev', F.P.
TITLE: Hydrodynamic Calculations in Analyses of Development of Maykop
Oil Deposits of the Khadyzben Group (K gidrodinamicheakim raschetam pri
analyze razrabotki maykopskikh zalezhey nefti Khadyzhenskoy gruppy)
PERIODICAL: Neftyanoye khozyaystvo, 1958, Nr 12, pp 46-52 (USSR)
ABSTRACT: The Klyuctievoy Oilfield was discovered in 1951 near the Goryachiy
Klyuch Resort in the, Krasnodar Kray. The Klyuchevoy belongs to the group of
oilfields, located In the western part of the southern border of the Azov-Kuban'
Depression, as well as to the Maykop Middle Section (horizons I and II). The
outcrop lines of these horizons form the galflike oil deposits which are * ex-
tended in the Khadyzhen group of gulfs cropping out in the area of Neftegorsk.
To the-narth the oil deposits are in contact with a strip of water-saturated
sand vh.Ach extends from Neftegorsk to Novo-Dimitriyevskaya Station. This water
pressure system is, evidently fed by the Pshekha River Basin. In 1953 I.D.
Amelin (Ref 1) suggested a system of hydrodynamic calculations for the determi-
nation of the pressure change in the oil deposits at given rates of fluid re-
covery frcm the formation. This method which has been successfully applied to
the Klyuchevoy Oilfield and to analyses of the oilfield's development proved
Card l/ 4

Hydrodynamic Calculationt; in Analyses (Cont.) sov/93-58-12-io/l.6
to be suitable for all oilfields of the Klyughevoy type. Calculations by,thIs
method made it possible to determine also the effect of natural encroachment of
edge water on the oilfteld's develo]pment, the optimum petroleun recovery frcm the
formation, and the relationship between the current recovery of petroleum and
the water injection for pressure maintenance pruposes. The author presents a
scheme of the water pressure system of the gulflike deposits of Kuban' (Fig.1)
and of individual deposits (Fig.2) similar to those of the Klyuchevoy Oilfield.
He also cites an example of how his method was applied to.the Klyuchevoy Oil-
field. He also cites an example of how his method was applied to the Klyuchevoy
Oilfield and presents the data obtained (Fig. 3 and Tables 1-2). The main
formula employed in the calculations is ri
~.~ (, n Qzh
P )A v Zh v-t--; 11 V
g(t) : Pkn -Pg W :L K Rn it E-1
where Pkn is the initial formation pressure, U v - the viscosity of the fome
tion's water, I& - the width Qf the formation's water pressure system, k - the
permeabi3ity of the formation, h - the effective capacity of the formation in
the water pressure area, )< - the piezo conductivity coefficient of the water
Card 2/4

Hydrodynamic Calculations in Analyses (Cont.) sov/93-58-12-lo/16
pressure system 31 the initial yield of the formation, Qzh i - the
J. QZ11 -
intermittent change JLn the yield of the formation since the time ti of the
formation's development; in case the formation's yield increases the Qzhi
has a a "plus" sign mad in case it decreases the Qzh i has a "minus" sign;
t - is t~e time since the initial development of the formation for which the
A P (t) is being determined; i = 1,2,3; n - is the number of time units
(within the ranges ol! t) characterizing the stable yield of the formation.
This following formula was employed in order to arrive at a more accurate
prognosis of the preqsure change in the formation at any given rates of fluid
withdrawn from the formation:
Pzal M = Pkn -Z 't ( )4 v x (Qzhn ~ t +~A~zhi
Lk. 'kh Tr L.1
-t- ti), where Pzal is the formation pressure and zsr - the mean exxot. The
authors conclude that this method of calculation made it possible with the aid
of hydraulic fracturLng to increase the water injection into the wells and con-
sequently increase Uie petroleum recovery frcm horizon I by 100 tons per day
Card 3/4

Hydrodynamic Calculations in Analyses (Cont.)
fromhorizon II by 150' tons
ciency. They also conclude
sible to determine the water
inate the causes reepcinsible
and 4 Soviet references.
per day without imparing the
that that this method of calculation
lose of injection wells and
for the water loss. There
SOV/93-58-12-lo/16
fomation's effi-
makes it pos-
consequently elim-
are 3 figures, 2 tables.,
C ard 4/4

AMELIN, I.D.
'I., - - ~- - -- , '' .
Determination of parameters of layers based on well data operating
under pressures below the saturation pressure. Trudy VNII 12:224-232
158, 1 (KIRA 12;3)
(Oil reservoir engineering)

AMELIN, I.D.
Using oil field data fo~ studying edge water,driving in
disoolved-gas pools. Trudy KY VNII no.2:139-150 159.
(MIRA 13:11)
(Oil field flooding)

AMELIN, I.D.
Using well test data for
to calculatei edge water
no*10:296-3CI2 157.
(oil field flooding) (Viscosity)
determining fictitious viscr)31ty. in ordor-,.-
drive of bubble point oil. Tr. .y VNII
(MM 14:6)

IDRDTWF. S.T.; AIMJN, I.D.
Iffective well patterns in oil fields of Krasnodar Territory.
Geol. nef4i i gaza 4 no.9j14-20 IS ,6c). (MIRA 1318)
1. Krasnodarskiv Sovnarkhoz.
(Krasnodar Territory-Ml vells)

AMIN& I.D
Methods of irorking up the results of well investigation in case of
a steady-state flow of gaused liquid. Trudy VNII no.29.-241-253 160.
(MIRA 13:10)
1, Vaesoyuziqy neftegazovyy nauchno-iseledovateltakiy institut.
(Oil reservoir engineering)

AMELIN I D
Construction of the,4NOR) function and determination of the
radius of -the area of gasification of oil in place from oil well
testing dala. Trudy KF VNII no-50-13 161. (K[RA -U,:10)
(Oil reservoir engineering)

AMELIN.. I.D.
Method of calculating the incremental oil production involving
'bf the Kuban oil fields.
water or gag injection into the pools;p
Trudy KF VNII no.5:]J+-30 161. 04IRA 34:10)
(Kuban-Oil fields-Production methods)

OBUKHOV., O.K.; A'~R:61N, I.D.
1~rocessing tatarial on the reservoir prop6rties of producing
horizons, Trudy ]KF VNII nd.7:40--..1+6 161. (MIRA Ll+: 12)
(Akhtyrakoye-Bugundyr region-Oil reservoir engineering)

WLIN, I.D.; ONKHOV$ M.
...
Defining exploitation areas in workinE out systems 4C developIng
oil pools. Trudy KF VNII no,71471 '50 161. (MMk 14-.12)
(Akhtyrskoye.-Bugundyr region-Oil fields-Production methods)

BZDGIERP A.Z-; AMEL~Y, I_D_
Selective ta *pping 6f thin interlayers in producing horizons of
the Akhtyrskoye-Bugundyr field. Trudy KF VIIII no.7:51-60 161.
(MIRA 14:12)
(Akhtyrshoyo-Bugund~rr reCion-Oil, fields-Production methods)

AMBLIN. I.D.
Calculated -variants of the devel'opment of pools and well spacing
leoed an these variants., Trudy KF V14II no.7:61-65 161. (MIRA l4il.2)
(Akhtyrskoye-Bugundyr region"OU fields-Production methods)
10

AMELIN, I.D.
Method of hydrodynamic calculations for developing oil pools
under conditIons of solution and mixed gas drive. Trudy XF
NNII no.7-.66-86 161. (MIRA 14:12)
(Kras-nodAr Territory--Oil fields-Production methods)

AMELIN, ~.D.j IU-II:',0VA, A.M.; ASLIKOVA, A.G.
Develormnt galmlations and a comparison of the reaults with
tho actural dovolepanont of an oil pool in area IV of the
Aldityrokoye-Bugundyr field.. taking into account the elasticity
of a closed,, water drive system. Trudy KF VNII no.7:87-98
161, (110A 14:121)
(Akhtyrshoya-Dugundyr region-Oil fields--Production methods)

AMELIN, I.D.
Method of hydrodynamic calculations for varied development of
oil, pools with pressure maintenance. Trudy KF VNII no.7:99-108
161s (MIRA 14-.12)
(Akhtyrokoyig-Dugundyr region--Oil fields--Productio~ methods)

- AMELIN, I.D.
Controlling the premature injected gas breakthroughs in recovery
wellsi Trudy KF VNII no.7:153.-161 161. (MBU 14: U)
(Akhtyrokoe-Bugundyr region--Oil fields-Production methods)

AWI- N, I,D.
W-
Controlling the recovery of fluids from pools in an
elastic-water drive reservoir. Trudy XF VNII no.9:8244
162. (MIRA 15:9)
(Uil reservoir engineering)

AMELIN I.D
t!,�~
Calculation of the incremental oil recovery obtained by
water or gas injection when the repervoir pressure is
above the saturation pressure and under the conditions of
differential pressure in wells. Trudy Nq VNII no.9:95-97
162. (MIRA 15:9)
(Oil reservoir,agginearing)

BEDMR, A.Z.; OBUKHOV., O.K.; AHELINP I.D.
Inventigating tho nonuniformity of the 4th Maeotic hori;on of tho
.knastasiyevka-Troitskqye field*in relation to its develo mant. Trudy
KF VkI nD'.11:208-225 163. 7M 17:3)
1. 6. 1

AMELIN, I.Do
Calculating the maxim= oil output in weUs with two-sided pressure,
bcttom-water drive and gas cap. Trudy KF VNII no.11:92-cO, 163.
Effect of the precipitation of sand or water in a well on pressure
build-up curves, 108-131 (MIRA 17:3)

AMELIUS I.D.
!.-. ~ -
Detomination of the mean re3--:,Y,:ir preosure in an oil IIcl
in dissolved gas drive. Naut.-Ital:h. abcr. po O.-b. nefti nn.19..-
53-55 '63, (MLRA 17:8) -
1. Krasnodarskiy filial Vve9qyuznogL) neftegazovogo nauAmc-
isaledovate,ltskogo instituta.

AMELIN, I.D.
Efficient ;erformation-interval arrangement in the wells of
gas-oil pools with bottm water and the order of its transfer;
a topic for discussion. Neft. khoz. 42 no.7:45-48 JI 164.
(MIRA 17:8)

1. 1. , LIM: 1. 1. Oleftd of tile veter !:Im,Y th,,~ O~A R."
%grIcult'.32-al p"Chl" n".-trat.; oil) (ELiad Vet-:~rj!~,,Iry D~)ctor -,i' Upt, 314:ist's V-Avr'nary
Bacterial:)C,,ical Labsratary.)
"Veterin.ary spoalall~-fts of tho Oholyab'Lnsk 011ast' improve their v-,,mc in every
rcis,pect."
11., IN 10
Veterina: iza Vol. 3%) o v e.-.,, 10 or

TUKHNOVIGHO A.A.# voter. vraoh (Tallninakly rayon, Szmolenskor oblasti);
RUDGMETKIN; U.S., voter. rrach; EVENTOV, M,.Z.p veter. vmch;
SOBOLEVp A.S,, dotsent (Estonskaya SSR); DOLINIKOV,, YuJa., kand.
veter, nauk; PALIMPSESTOVp M.A.,, prof.; SIMONENKO, N.M., doteent;
GONCHAROVp A.P., assistent; BEZRUKOVy A.A,,; FROLENKOV, N.A.., voter.
vrach (Serovs Sverdlovako7 oblasti); KOSHCHErL7, P.M.; VOROBIYEV,
M.Ma., kand, voter. nauk; YANCHENKOO P,,Kh., veter. vrach;
AMELIN. I&P.; CHKOV.. A.L.. kand. veter. nauk). SHVYREV, G.I.,,
voter. vmdh (Stavrop;,Ilskiy kray); WILIN, N.F.; TRUSHIN, A.Za,
vater. vrach; SMffPNIKOVA., T.K., veter. telldolier; MIKHEM, AD,;
YJY"OVAP Ye.m., kAnd. biol. nauk; RM4IZOV, U.S., mladchiy
nauchnyy scitrudnik; ANTIPINg D.W.p referent
From halminthologieal practice. Veterinariia 38 no.7:53-58
J1 161. (MIRA 16:6)
1. Reshetorakiy voterinarMy uchastok, Novosibirskoy oblasti
(for Rudomtkin). 2, Sovkhoz "Buda-Kcahelevskiyw Gomellokoy
oblasti (for Eventor). 3. Sibirskiy nauchno-issledavatells)dy
veterinarqyy institut (for Dol9nikov), 4. Khartkovskiy veteri-
narn~7 institut (for Palimpsestov, Siraonenko, Goncbarov).
5" Blagoveahabenskiy, sellskokhozyaystrennyy institut (for
Bezrukov), 6. Novo-Nikola-yevskiy veterinarnyy uchastok Kmano-
darskogo ):raya (for Lochkarev). 7. Yuirpilovskiy veterinarnyy
uchastok Chernigovskay oblasti (for Ponomarenko)o 8, KEmlinski3r
veterinarnyy uchastok Kraanoyarskogo kraya (for KoBhcheyev).
(Continued on next card)