SCIENTIFIC ABSTRACT ARIYEVICH, A.M. - ARKADYEV, B. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102020002-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 27, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

ARIYEVICH A.M.; VIKHREVA, O.G.; TYUFILINA, O.V.; LIVANOVA, N.K.; BLUDOVA,
N.M.; VATOLINA, V.M.;..-SHEKLAKOVA, A.A.; KEMENEVA, M.P.;
VARDASHKINA, M.A.; SOROKINA., I.I.
New trends in the treatment of fungal diseases of the skin. Sov.
med. 26 no.6:52-56 Je 162. (MIRA 15:11)
1. Iz mikologicheskogo otdela (zav. - prof. A.M.Ariyevich)
TSentrallnogo kozhno-venerologicheskogo instituta i klinicheskoy
kozhno-venerologicheskoy bollnitsy imeni Korolenko, Moskva.
(DERNATOMYCOSIS) (GRISEOFULVIN) (FUNGICIDES)

STUDNITSIN, Alsksandr Aleksandrovich; TERESHKOVICH, Viktor
losifovich; ARIYEVICH A.M., red.; ROMANOVA, Z.A., tekhn.
red.
[Concise manual for practical work on skin and venereal
diseases) Kratkoe rukovodstvo k prakticheskim zaniatiam po
kozhnym i venericheskim bolezniam. Izd.2., ispr. i dop.
Moskva, Medgiz, 1963. 206 p. (MIRA 16:6)
(DEWATOLOGY-STUDY AND TEACHING)
(VENEREOLOGY-STUDY AND TEACHING)

ARIYEVIGH, A.M., prof.; STEPANISHCHEVA, Z.G., doktor biologicheskikh nauk
Doel histoplasmosis ocour in the U.S.S.R.? Vest. dorm. i ven. 37
no. lOs2O-24 0 163. (MIRA 170)
1. Mikologicheakiy otdel'(zav. - prof. A.M.Ariyevich) TSentrallnogo
kozhno-venerologicheskogo instituta (dir. - kand. med.nauk N.M.
Turanoy).

VILENKINA, A.Ya., doktor mod. nauk; SAKSONOVA, Ye.O.;
GRIGORIYANTS, T.N.4_&_gKVICY, A.M.,._prof.;
STEPANISHCHEVA, Z.G., doktor 061-oj. nauk
Aspergillosis of the cornea. Vest. oft. 76 no-3:55-56
My-Je 163. (MIRA 17:2)
1. Institut glaznykh bolezney imeni Gellmgolltsa i TSentrall-
n7y kozhno-venerologicheakiy institut.

VILENKINA, A.Ya.; SHAPIRO.. Z.I.; ARIrEVICH, A.M.,, prof.
Blepharoconjunctivitis and kerato-iriti~ in discoid lupus
erythematosue. Vest. oft. 76 no-3:71-7.2 My-.Te,!63.
(MIRA 17:2)
1. Nauchno-issledovateliskiy institu't'gl"iqkh bolezney
imani Gellmgolltsa TSentrallnyy kozhno-ry~fi6rologicheskiy
institut.

ARIYEVICH, A.M STEPANISHCHEVA, Z.G.
First experience in the uso of grisemin for the treatment of
mold mycoses. Antibiotiki 9 no.2:186-189 F 164. (MM 17:12)
1. Mikologicheakiy otdel TSentrallnogo kozhno-venerologicheekogo
instituta Ministerstva zdravookhraneniya SSSR, Moskva,
Oug%,
r -1 NO
NA A

ARIYEvIaA,.-A-?M.J% pi-of.,- VATOL-RIA, V.M.
I~esult- of the trsalment cf ;hr=omycos,Ls patients with
amphot-exicin B. Vest. derm. 1~ ven. 38 no.!%3G---32 J-9. 164.
IMIRA 17:8)
1. Mikologicheskiy otdsl (za-r. - prof. A.M. Arz.yevich)
TSentrallnogo ka~idwo.-venero"-,-c~gicheskogo Instituta (dir. -
kand. med. nauk N.M. 'Airanov) i. Bollrdtsa Imeni V.G. Korolenko
(giavnyy vrach M. Pustovaya).

ARIY,ElfICH,,,--A...M,.,;_,.LENSKIY, Yu.V.; USKOVA, G.V.
New lamp for the lumineszent diagnosis of skin diseases. Vest. derm.
i ven. 38 no.4:54-55 Ap 164. (MIRA 18:4).
1. Vsesoyuzn-yy nauchno-issledovatellskiy Institut meditsinskikh
instrumentov i oborudovaniya (dir. I.P.Smirnov) i TSentral'-VY
kozhno-vencrologicheskiy institut (dir. - kand.med.nauk N.M.
Turanov), Moskva.

ARIYEL2".M. (Moskva); VIKHREVA, O.G. (Moskva); NIKITINA~ Ye.Ye. (Moskva);
STEPANISHCHEVA, Z.G. (Moskva)
Use of decamin in the treatment of patients with fungal diseases.
Vest. derm. i ven. 38 no.7:54-57 Jl 164.
(MIRA 18:4)

ARAVIYSKIYP A.N.; ARIYEVICH, A.M.; KASMUN, P.N.
Impressions from a trip to the Polish Peoples Republic (inter-
national mycological symposium). Vest. derm. i ven. 38 no.7:62-
66 11 164. (MIRA 18W

ARIYEVIGH A.Me- ____f -A-,Ya. doktor -mod- nauk; SHAPIRO -Z. I
y pro * q
u
.3onjunctival and corneal lesions In discoid !up, ser7tbematosus.
Veat. derm. iyen. 38 no.6:41-43 -Te 164.
(MIRA 38:6)
0
TSentrall-W kozhno-venerologicheskiy Institut (dlr. - d tFeiit
N.M.Turanov) i Institut glaznykh bo3.ezney imeni Gel'Mgolltsa
(dir. dotsent A.V.Roslavtsev), Moskva.

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UTUER 000

ARIYEVICH, A.M., prof. (Moskva)
.... .~.' W-' -
Psoriasis of palms, soles and nails. Vest. derm. i ven. 38 no-3:14-
20 Mr 164. (MIRA 18:4)
1. Mikologicheskiy otdel (zav. A.M.Ariyevich) TSentrallnogo kozhno-
venerologicheskogo instituta (dir. X.M.Turanov).

ARIYEVICH, A.M., prof.; TYUFILINA, O.V., kand. med. nauk; TEPLITS, V.V.,
nauk; STEPANISHCHEVA, Z.G., dokfor biologicheskikh nauk
Gummatous ulcerative cephalosporiosis of the leg. Vest.
derm. i ven. 38 no.8:73-76 Ag 164. (MIRA 18:8)
1. Mikologicheskiy otdel (zav.- prof. A.M. Ariyevich)
TSentrallnogo kozhno-venerologicheskogo instituta (dir.-
dotsent N.M. Turanov) Ministerstva zdravookhraneniya SSSR,
Moskva.

ARIYEVICHP. A.M.; VIKHREVA, O.G.; TYUFILINA, O.V.; LIVANOVA, N.F.;
--SftR7KI!KOVA, A.A.; VATOLINA, V.M.; BLUDOVA, N.M.
Griseofulvin in the treatment of dermatoqrcoses. Antibiotiki
9 no.5:457-461 My 164. (MIRA 18:2)
1. Mikologicheskiy otdel (zav.- prof. A.M. Ariyevich) TSentrall-
nogo nauchno-issledovatellskogo kozhno-venerologicheskogo
instituta, Moskva,

-ARZCE-UQ,U,-A,b-r,am,tlikhaylovic~h;,,.STEPAIIISHCHEVA, Zinaida Gavrilovna;
ASTVATSATUROV) K.R., red.
[Candidiasis and other mycoses as complications in anti-
biotic therapy] Kandidamikozy i drugie mikozy kak oslozhne-
nie antibiotikoterapii. Moskva, Meditsina, 1965. 298 p.
(MIRA 18:c))

ARIYEVICH, A.U., prof.
Chemotherapy in fungous diseases. Zhur. VKHO 10 no. 6:658-663
1-65 (,MIRA 19:1)

ARIYEVICH, =EJ kand.tekhn.nauk; PRANOVE ROV, K*., kand.tekhn.nauk; TOLSTYKII,
kand. tekhn. nauk
Improve the microoLimate of apartments. Zhil. stroi.". no.7s13
162. (MIRA 15.0)
(Apartment houses) (Stoves, Gas)

ARMVICH E oteklinonauk; TOLSTYM., L.v kand.tekhn.nauk
Operational qualities of buildings with.keramit concrete walls. Zhil.
stroio no,6:19-20 162. (MIRA 25.-7)
(Concrete walls) (Kerams-it)

ARURVICH E ' kand.tekhn.nauk (Xoskva)j TOLSTYKIK, L., kandetekfin.nm*
I -~~o va)
Defects of large-panel apartment houses. Zhil.-kom. khoz. 13
ho.4:11-12 Ap 163, -(MM 16t5)
(Xoscow-Apartment houses) (Precast concrete construction)

SHISHKIN, A., doktor tekhn.nauk; ARIYEVICH. E kand.tekhn.nauk; TOLSTYKlit
I L., Icand.tekhn.nauk; SHIKUNOVO I., ibih.
Ritending the -life of steel braces in the walls
of large-~panel buildings. Zhil. stroi. no.ls6-8 162.- (Km 16t1)
(thdlding-Detaile) (Corrosion and anticorrosives)

ARIYEVICH, E.~ nauchnyy sotrudnik; SAFRONOV, Yu., nauchnyy sotrudnik
Houses, apartments and people. Sov. profsoiuzy 19 no.22:30-
33 D 163. (MIRA 17:1)
1. Akademiya kommunallnogo knozyaystva imeni Pamfilova,
Moskva.

ARIYEVICH, E. M.
"Investigation of the Construction of Outer Brick Walls for Damp Bathhouses and
Laundry Rooms." Sub 19 Nov 51, Academy of Communal Fconomy imeni K. D. Pamfilov.
Dissertations presented for science and engineering degrees in Moscov during 1951.,
SO: Sum. No. 480, 9 May 55.

li~~ It ~! ji~ti 11 -1:.
1. PER14YAKOV, S.; ARIYEVILH,.-Ye.; CILERMOSOV, K., Eng.
0
2. USSR (600)
4. Ventilation
7. Ventilation of attics in residential buildings through slotted vents. a-il. -kcm.
khoz. 3, No. 2, 1953.
9. Monthly List of Russian Accessions, Library of Congress, - Aoril 1953. Unclassified.

A o' k j -'- vi 11 ~ "JI, JE:~ - H -
x I- .
FUMUKOV, S.I., starshiv nisuchuyy sotr-dnik; ARITNEVICH, S.M., sturshiy nauchnyy
ft---
otrudnik; CHER:691SOV. X.M., star5hiy nruchnyy soi ik.
:
ncreasing the durability of roof constructions and attic ceilings. Gor.
khoz.Mosk. 27 no.8:16-19 Ag '53. .(KI-RA 6:8)
1. Akadeniya kommunallnogo, khozvaystva imeni X.D.Pamfilovu.
(Rooft) (ceilings)

F~MAKOV,S.L; ARrYEVICH.B.N.
On the designs and uses of water drainage from sloping and flat
roofs of mItistory buildings. Gar. khos. Moak. 29 no-7:31-34
J1 155. (KIBA 8:9)
1. Starshlye nanchmM sotrudniki Akadadl kommunallnogo
khozyaystva imeni K.D.Pamfiloya (for Perm7akov. Ariyevich)
(Moscow-Drainage. House)

starshir nauchn" aotrudnik-, GHFMMISOV. K.. starshiy
nauchl trudnik.
47 ISO
Floor construction for steam bathe and laundries. Zhil.-kom.
khoz. 6 no.8:24-25 '56. (MLRA 10:'2)
1. Akademiya kommunallno"go khozyaystva.
(Floors, Concrete)

- j--i ~- I- - i~- ty , --
I- /- i- L- - - - - -- - - -
.ARIYEVICH. X.; CHR ISOV, K.
Using glass blocks to increase humidity in establishments
providing public services. Zhil.-kam.khoz. 7 no.9:20-21
'57. (Glass construction) (Humidity) (MIRL 10:10)

ARIUVICH, I.H., kand. takhn. nauk; TOLSTM. L.N.. insh.
Sow defects in exterior walls built of large slag concrete blocks,
Blul' strol. takh. 14 no.11:13-15 N 157. (MIRA 11:1)
I@- Almdemlys. kommminallnogo'khozyaystva.
(Walls) (Concrete blocks)

ARIYWICH, E., inzh.; LEVITAN. Ya., lnzh.
Improve the quality of reinforced concrete roofs. Zhil.-kom.khoz.
8 no.4:7-9 158. (MIRL 11:5)
(Roofing, Concrete)

IVANOV, Ivan Tikhonov2ch, krind. .ekhn. nau~q POLYAKO'V, YevgoT~-~*,'
Vladlm-irovich., dolls., kar&.. tekhn. nauk; DT-~ASHGV,
Yurly Fedorovich, inzh.; kRM,.'V1CH,, Bliazar 'Moiseyevich
kand. teklm. nauk; z-1h. ;
SOSNITI, *uriy Paviovic.1i, Icand. Lekhii. nauk; SMU~,-M, L.V.,
rod.
(Manu&I on the tecimical maintenance of ar-artnent ho-L13es]
Ruk-ovodstvo po tekhnicheskoi ekspluatatsil zhAlvilim zda-TiLi .
V
[Dil I.T.Tvariov i dr. 1,1osk-va. Stroiizdat. Ft. 1. 19 6
2 01 p. 0-11 ii.A ] S1. -2 *)

ARITWICHR B- kand.tekhn.nauk; DIKXOI, L.G., insh.
Using plastic materials in building abroad. Biul. atroi. tekh.
15 no-10:30-35 0 158. (MIRA 11:10)
1. Starsh1y proisvoditall rabot korpuaa No'.14. kvartal No.9, rayon
XovVkh Cberemushek (for Dik-,man).
(Plastics)

t", P~
KUZMVSOV, G.F.; KHGUSOV, I.Te., kand.tekhn.nauk; SHOLCEHOT, Y.G., inzh.;
Prinimali uchastiye: AKBULATOT, Sh.F.. kend.tekhn.nauk;
KRICHEVSKATA, Ye.I., kand.tekhn.nauk; DCROKHOV, A.N.. inzh.;
NIKIFOROV, I.A., kand.tekhn.nauk; BOGDANOV, B.N., inzh.; AVRU-
TIM, Yu.Ye.# inzh.; VISMIEV IT, N.D., inzh.; ARITNICH._E.M...
kand.tekhn.nauk; LEVITAN, Te.P.. inzh.; TUPOIZ7, M.S. pr~f-
doktor arkhitektury. TEMKIN, L.Ye., inzh., red.; ii;iiif, B:~.f
red.izd-va; BCROVNZV, N.K., teldm.red.
[Temporary instruction ON 51-59) for planning and constructing
combined roofs of residential and public buildings] Vremennye
ukazeniia po proektirovaniin i ustroistvu sovmeshchennykh krysh
(pokrytii) zhilykh i obshchestvennykh zdanii (SK 51-59). Moskva.
Gos.izd-vo lit-ry po stroit., arkhit. i stroit.materialam, 1959.
)4 p. (KUU 13: 1)
(Continued on next card)

XUZN-&TSOV, G.P.---(continued) Card 2.
1. Russia (1923- U.S.S.R.) Gosudaretvannyv komitat po delam
stroitallstva. 2. Nauchno-iseledovatellskiy institut stroi-
tellnoy fisiki i ograzhdayuahahikh konstruktsiy Akademii stroi-
tellstva i arkhitak'tury SSSR (for Kuznetsov, Khlusov, Sholokhov).
3. Direktor Nauchno-iseledovatellskogo in3tituta stroitellnoy fizi-
ki i ograzhdayushchikh konstruktsiy Akademil stroitalls.tva i arkhi-
taktury SSSR; deystvitailnyy chlen Akademii stroitelletva i arkhi-
tektury SSSR (for Kusnetsov). 4. 14auchno-iseledov.inatitut zhilishcha
(for Akbulatov, Krichevskays). 3. Nauchno-iseledov.inatitut proyekti-
rovaniya Akademii stroitallstva i arkhitektury SSSR (for Dorokhov).
6. Nauchno-issledov.institut po stroitel'Btvu Minstroya RSFSR (for
Nikiforov). 7. Gorstroyproyekt (for Bogdonov). 8. Mosproyekt (for
Avratin, Vishnevskiy). 9. Akademiya kommimallnogo khozyaystva im. K.D.
Pamfilova (for Ariyevich. Levitan).10, Moskovskiy arkhitekturnyy in-
stitut (for Tupolev).
(Roofs, Conarete)

ARIYEVICH, E.; SEIMDV, P.
Thermal conditions and dampness in hpartment houses.
Zhil.-kom. khoz.:9 no.4:12-13 '59. (HIRA 12:7)
, (Dampness in buildings) (Heating)

-- - - --- -
ARLTEVICH, B., kand.takhn.nauk
New designs of attic roofs. Zhil.stroi. no*'7:197-21 Jl 160.
(MM 13:7)
(Roofs, Concrete)

ARIYBVICH, 3-, kand-tskhn-nauk; 13VITAN, Te., lnzh.
Ilm"Womma
Some Performance qualities Of COMPOsed reinforced concrete roofs*
-Z.hil.-kom. -khoz, 10 no*3-10-7 060o
("Ofing.-Conerets)

ARIY16VICEI, R., kand.tekhn.nauk; TOLSTM, L., kand.tekhn.nauk
Apartment house built of '.,rraf.7ibxicated room units. Zhil. stroi.
no.12:12-14 160. (RIBA 13:11)
(Apartment houses) (P~recast concrete construction)

KOVRIGIN, Sergey Dmitriyevich; ARIYE~l CH,..Eleazar.Moiseyevich;
Q
OSIPOV, G.L., red.; DOLGOVA, K.N.) red. izd-va;
MAYOROV, V.V., t-ekhn. red.
(Soundproofing apartment houses) Ustranenie Bhumov v
zhilykh domakh. Moskva, Izd-vo M-va kommun.khoz.RSFSR,
1963. 87 (MIRA 16:10)
(ApaA;ent houaes--Soundproofing)

E., ~and.tekhn.nauk; TOLSTM, L., kand.tekhn.nauk
Apartment house made of keramzit concrete slabs 22 cm. thick. Zhil.
stroi. no.6:26-28 163. (KMA 16:10)

_tie-ozfiLr._Mo#qyqVigh; KRICMSKAYA, Ye.l... red.;
A-lay T 10 H, I
StMHAREVAj E.S., red.izd-va; SALAZKGV, N.P., tekhim.red.
(Maintenance of apartment-house roofs] Tekhnichaskaia. eks-
pluatatsiia krysh zhilykh domov. *Moskva, Izd-vo M-va kom-
mm. khoz. RSFSR, 1963. 110 p. (MIRA 17:1)

ARREVICH) Eleozar Moiseyevichl GORBACHEV, Vladimir Vasillyevich;
CHERINISOV.P- K.M..,.red.
(Designing and operating baths] Proaktirovanie i ekeplu-
atatelin ban', Moskva, Stroiizdat, 1965. 141 p.
(MIRA 18:12)

SOKOLOV) VN.;_~!~IYE!IlCt_M.N.
I 1 -1-1-
Ghanges in the blood wider the effect of SHF on the organism.
Trudy Inst. gig. truda i prof. AMN SSSR no.1:43-45 160.
(NDA 16:12)

mewl
83519
R/003/'60/011/005/008/023
A125/A026
AUTHORS: Adrian, P., Engineer; Arizan, D. Pharmaceutist; Constantinide,
Al., Engineer
TITLE: Synthesis of Medicines With Traced Atoms
PERIODICAL: Revista de Chimie, 1960, Vol. 11, No. 5, pp- 276 - 282
TEXT: Subject article deals with medicines, which contain one or more
traced elements in their molecules. The authors mention the tracing process and
the isotopes generally used and describe several examples of traced medicine
synthesis, such as: a) synthesis of the tpaced glutamic acid; b) synthesis of
the traced D vitamin; c) cholestenon 4-14C-enol-acetate (VII); d cholesterin
3 14C (IX-a); f) cholesteryl 4-14C-benzoate
4-14C (VIII-a); e) epicholesterin_4- 14C-(3', 5'
(VIII-b); g) 14-dehydrocholesteryl 4- -dinitrobenzoate) (XII-CA h)
vitamin DI-4- C-(3', 5'-dinitrobenzoate) (XIII-c); and i) vitamin D3-4- C-bu-
tyrate (XIII-d). With regard to the radioactive biosynthesis, M.M. Levito
A. Gotovtseva and others developed a medium of synthetic culture with a low con-
tent of sulfur in 1956. I.W. Halliday and H.R. Arnstein studied the biosynthesLs
capacity of the mycelium of "Penicillium chrysogenum" also in 1956. In the re-
Card 1/3

83519
R/003/60/011/005/008/023
Synthesis of Medicines With Traced Atoms A125/AO26
search laboratory of the Fabrica de Antibiotice (Antibiotics Plant) in Iapi, 35S
radioactive penicillin has been biosynthetized by the authors, together with the
researchers of this Plant, i.e., chemist N. Ionescu, mycologist T. Gheorghiu and
Doctor S.-Nitesou. The authors then describe the equipment used, the biosynthe-
sis process and the results of the experiments. From a total of 1,600 ml of my-
cellum, 803 mg of 353 radioactive penicillin, potassium salt, white powder, i.e.,
1,204,500 U.I. as biological activity, and a total of 115.3 Ac of radioactivity
have been obtained. Doctor BrInzei from the Spitalul de Boli Nervoase (Hospital
of Nervous Diseases) in 3ocola recommended the study of the organotropism with
different association forms of the radioactive penicillin. Together with phar-
maceutist D5net, the Pharmacodynamical Laboratory of the Vivarium Section of the
j
Antibiotics Plant in Iapi experimented with mice and guinea pigs. The authors
synthe i~ zed the radioprotector isothiouranium of bromide-bromhydrate, traced
with - S in the Radiomedicine Laboratory of the Sectia Radiochimie - ICECHIM
(ICECHIM - Radiochemical Section), in order to check the distribution in the or
ganism of rats irradiated with gamma rays and of non-irradiated rats. The dis_x
tribution of isothiouranium of bromide-bromhydrate in the organism of irradiat-
ed and non-irradiated rats has been studied by lecturer Doctor 0. Cogt~chel and
biochemist N. Voiculet-at the Laboratory of Radioisotopes of the Enstitutul On-
Card 2/3

83519
R/003/60/011/005/008/023
Synthesis of Medicines With Traced Atoms A125/A026
cologic (Oncological Institute).-The organic synthesis is the safest method for
a tracing by radioisotopes in the desired position. Other methods, I.e., bio-
synthesis, isotopic change, etc, can be used from case to case. There are 9
references: 5 Soviet, 2 English, 1 German and 1 unidentified.
Card 3/3

CONSTANTINIM, A.; ARIZAN, D*1 ADRIAN~ P.
*wMwMww--
Use of radioisotopes in the pharmaceutical industry to obtain
glutamio acid from casein, Rev chimie Min petr 14 no.1:23-27
J& 063.

IONESCU-STOIAN, P.; FLOREA, Viorica; ARIZANI D.; VASILESCUy M.; ILIESCU., C.;
BOGDAN, Cornelia
Procedure for the preparation of medicinal tablets. qumanian med.
rev. 19 no.3:72-78 n-s 165.

RMANIA Chemical Technol6gy,,~ Chemical Products ard Their H-17
Application,, Pharmaceuticals, Vitamirwo Antibiotics.
Abs Jour Ref Zhur - Iaitdya~ No 5., 19590 No. 16499
Author : Steresbu, lie; Arizan,, S ej Dobrovici, Me,- ThImacin, R.
Inst : Not giv an ........
Title : Quantitative Determination of Bl., B2: B6., and PP
Vitamins whon Present in a XLxture
Orie Pub : Revs chime, 1957., 8.0 No 5; 376-379
Abstract : It has been established that the polarographic and
fluorometric methods are applicable for the quantitative
determination of B (1) and 132 (11) vitamins in the
presence of B6 (IIi) and also PP (IV) vitewdus in the
presence of antipyrine (V) and virethane (VI). A
convenient method fcr the determination of III aid IV
in the 1wesence of I. II0 V., and VI) m-A ali3o, in the
vhole 11B complex" has been developede III is
Card 1/2

APJZAN, S. j PCIRA., PI.; SrFIIMCUj M.
Polarographic determination of cobalt., vitamin B , and vitamin 0 in the mixture
2
contained in tablets and phials. p. 109.
REVISTA DE CM.U. Bucuresti,, Rumania. Vol. 10., no. 2~ Feb. 1959-
Monthly List of East European Accessions. (EEAI), LC. VOL. P., no. 9, Sept. 1959.
Uncl.

Country: Rum En i a
Academic Degrees: [not givens
Affiliation: Institute for Chemical-Pharmaoeutical Research Ul
de Cercetari Chimico-Farmaceutice). (Institut
Source: Bucharest) Revista de Chimie, Vol 12, No 8, Aug 1961, pp 5C4.
Data,. "The Polaroprapbic and Paper Claxomatographie Study of p-di-
(2-c hloro athy 1) amino -L-pheny 1-a lanine (sarcolisine) hydro-
chloride and of the p-methoxy-m-di - (2-ohloro ethyl) amino -L-
phenyl-alanine (M-M .S.) Hydrochloride."
Authors:
ARIZAN, -S.
STERESCU
SIMIONOVICI, R.
GPO 981643

MUSA, M.
STERESCUI M*; IRI
Deteridnation of p~.njtrophenetole in the*ethoiylation process
of p-nitr4).;.chlorobenterke by mains of ultraviolet absorption
spectrophotomatry. Rerithimie Min petr 12 no.7:419-420 J1 161.
1. Institutul de fizica al Academiei R.P.R. si Institutul. do
cercetari chimico-framaceutice.

ARJAN., D?
"For more oil." p. 13. (SM:qTA SI CULTURA, No. 1, Jan. 1953. Bucuresti.)
SO: Monthly List of East Furopean Accessions, Vol. 2, 48, Libraiy of ConFress
August, 1953, Uncl.

GAZO, Jan, doe*, inz., C.Sc.j ARJE, Zuzana, inz.
Spectrophotometric determination of copper in acetone.
Chem zvesti 16 no.7:553-561 J1 162.
1. Katedra anor'ganicks*J.chemie, Slovenska vysoka skola
technicka, Bratislava# Kollarovo nam sti 2, Cbemicky

ACCESSION MR: AR015123 5/0124/63/000/0321BO02/BO02.
S6URCE. RZh. 11ekhan1ka, Abs. 12B6
AUTHOR: Aytmurzayev. T.; Ary*nov. A.; Arkabayov, X.
ITITLE: One-dimensdonal unstable motions of gases with consideration of elootro-
magnetic fields
CITED SOURCE: Sbf Materialy* 10 Nauoh. konforentsii prof.- prepodavat. sostava
ftz6-matem. fak, Lkts. fiz. Frunze. 1961, 39-41
TOPIC TAGS: gas motion, gas mechanics. electromagnetic field
TRANSLATION. For a system of equations describing unstable one-dimensional rol-
iativistic motions~of a superconductive gas in an oloctromagnotic fiold, tho authors-,
write out a systeA of characteristic equations which permit t1ho numerical computa-
tiQn of Vae flow field under the specified initial conditions. V.A. Skr kin.
';Lp
DATE ACQ; 3lDec63 SUB CODEs M MNICL; 00
Card

ACC -NR AT6036283 SOURCE -CODE: UR/0000/66/000/000/0034/0053
~AUtHdR: Arkabayev, N.
IORG: none
I
~TITLE: One-dimensional nonsta'tionary motion of gas with account of emission and ab-
orption of light in the special theory of relativity
AN KirgSSR. Institut fiziki i-matematiki' Ploskoparallellnoye i osesimmetri-
techeniye gazov i zhidkostey (Plane-parailel and axisynnetric flow of'gases
and liquids). Frunze, Izd-vo Ilim,' 1966, 34'-53
'TOPICITAGS: special relativity theory, relativistic flow, photon emission, plasma
shock wave, photon gas
1
ABSTRACT: The Vasic differential equations describing the flow of a mixture of parti-
1cle.and photon 'gases, under conditions permitting emisgion and absppption processes to
locdur., is described; The general form of,the energ7-momentum and continuity eqyations
_Jis applied to the problem.of the 6ne-dimensional flows with emission and absorption in
plane, cylindrical and spheric al geometrics. The equations are recast by use of con-
iditions*alonf.r. the characteristics. The equations for-characteristics'are derived giv-
Iing the motion of the partlcles~and the propagation of the excitation front, It is
,shown that for nonstationary relativistic flows with.absorption and emission there
L Cord 1/2

f_ACCNR
AT6036283
,exist five characteristic directions along which the conditions connecting the equa-
Itions of state for the-part'leles and photons-and four-dimensional velocities are sa-
tisfied. In addition, shocks, which are'generated by an instantaneous explosion in
:a stationary high temperature gas, are considere.d. Orig..art..haw: 3 figures, 65
Iformulas.
ISUB CODE: 20/ SUBM DATE: 2SApr66/ ORIG -REF; 003
I Card 2/2

ACC NRa
.AUTHOR:
AT6036284 SOURCE CODEt UR/0000/66/000/000/0054/0065---I
Stanyukovich, K. P.; Aytmurzayev, T.1 Arkabayev, No
ORG: none
TITLE: Axisymmetric self-similar relativistic gas flows
SOURCE: AN KirgSSR. Institut fiziki i matematiki. Ploakoparallellnoye i oaesimmetri-
cheskoye techniye gazov i zhidkostey (Plane-parallel and axisymmetric flow of gases
and liquids). rrunze, lmd-va 111m, 1986, 611-66
TOPIC TAGS: relativistic flow, similarity theory, Prandtl boundary layer
ABSTRACT: A finite form of a set of equations of motion is derived for a relativis-
tically moving gas using a general orthogonal curvilinear coordinate system. This sysi
tem is applied to a case of self-similar stationary relativistic flow with axisymmetri
.properties for which a spherical coordinate system is shown to be convenient. The so-
lution is obtained in a quadrature form suitable for numerical calculations and which
for the case of a very small gas velocity relative to that of light can be expanded in
negative powers of the speed of light. This solution has properties which allow con-
siderable simplification in the ultra-relativistic cases. The axisymmetric problem isi
further extended to include nonstationary flows. Two classes of self-similar flows are
considered and it is shown that in both cases the problem can be described by a system
I Crd -1/2
L_ - __ -

ACC NR: AT6036284
~of four ordinary differential equations. These equations describe the motion of the
gas in one plane since otherwise the similarity conditions are violated. Orig. art.
has: 32 formulas.
SUB CODE: 20/ SUBM DATE: 28Apr66/ ORIG REF: 005
CWd 2/2

ZZ
8/003J60/0CO/D02/001/001
B019/BO54
10THOR. FranklO, F. L. Doctor of Physical and Uathoma-ical
30-M.M.T.-W-M-ovor
TITU, Discussion of Problems of Hydroawrodynamics watt
tLo.1 Mein.
t
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PERIODICLL*
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Card 3/4
ph-M-00.
ASSOCUTION: K
I, !,!~ksrrlkly 9o:,Jd&r.twonnyy uni'-it.1
%11X~Ino;j
I.. State Uimr.1ty)

SAYYANt Lui (SaJIlantp Loulell AMBAKSKIYJ.,X
R~Ajj.,reda; KUTUZ07p T.I.t
red.; SMRINAp N.D., tekbnaic
[The World Federation of Trade Unions in the service of the workers
'of all countries] Tmemirnala federataiia profooiuzov na sluzbbe
trudiasbabikbeia veekb Aran.' MoskVap Ind-vo VUSPS Profisdaty-
1960. 149 P. (KM l4t6)
It, Generallnyy sakretarl Voemirnoy federaton profeo7uzcRr,(for
(World Federation of Trade Unions)

1. ARKADIY,, Adamov
2. USSR (6W)
I+. Description and Travel - China
7. Remarkable travels; Russian travelers in China. Zaan.sila, 22, no. 12, 1952.
9. Month List of Russian Accessions, Library of Congress, April -1953, Uncl.

f-21 6942
AMHOR4 rka ov, Yu. K.
A _ A
TITLE: A gas ejector. class No. .111498.
SOURCE: Byuileten' izobretenily i tovarnykh zna-kDv, r!.,.
":A:,~-A: none
SU13MITTED: 3omax64
NO REF SOV: 000
Card 1/2
%,- MR.
ENCL: 01
OTHKR* 000
SUB CODE: PR A
ATD PRESS:

ACCESE;10N NR: AP5017626
ENCLOSURE: 0 1
F,g.
i High-pressure nozzle;
nozzle cu-rcff.
Cqr4 _2L4__

ALIKAYEV, V.A.j DULINFV, V.I.; VASILIKOV. G.V.; TROMINS, V.K.;
WASHCHENKO, S.A.; PLATONOV, V.A..., veterinarno-sanit&my-y
ekspert; ROMANYUKHA, A.t.; BfffUSffKOV, P.; PERGAT, F.F.;
SPIRINJ, FO; WWMKIJ--~-,; MFDVEDb'V., 11
Brief news. -VeterinarJia 41 no,10,.11F-.U6 0 164.
(MIRA 180.1)
1. Nachallnik veterinamc-sanitarnogo uchastka stantaii
Melitopoll Pridneprovskoy zhelezncy dorogi (for Rcuany-ukha).

ARKADIYEV, A., prof.
From an idea to scientific-.calculation. Av.i kosm. 46 no.7:
90-91 Jl 163. (MIRA 16:8)
(TSIolkovskii, Konstantin Eduardovich, 1857-1935)

- , ,;,, ~I- -,
-I- A.
ARM f -EV I
21319 ARKADIEV, A. Rasskaz 0 neobyl,novennoy mashine (Sov. Zlekturointe.:-Fator).
m. N. Sinakou. Znanie-Sila; 1941~, No. 6, S. 29-32.
SO. letopis' Zhurnallnykh Statey, No. 29, 'V'oskva, 1949.

ARKADIYEV, Aep arkhitektor
"Sputnik" hotel. IUn.tekh. 5 no.3ill-12 Mr 161. (MIRA 14;6)
(Moscow--Hoteleptavernagetas)

ARKADIYEV, A.
VmmVerence devoted to the problemis of labor law. Biul. nauch.
inform.2 trud i,zar. plata 5 no-9:36-39 162
(MiRA 15:10)
(Labor laws and legislation-Congresses)

137-58-6-11478
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 6, p 32 (USSR)
AUTHOR: Arkad
TITLE: Principles of Automatic Control of the Process of Titanium
Reduction by Heat Wth Magnesium (Osnovy avtornaticheskogo
regulirovaniya magniyetermicheskogo protsessa vosstanov-
leniya titana)
PERIODICAL: Tr. Vses. n.-i. alyumin.-magn. in-ta, 1957, Nr 40,
pp 407-412
ABSTRACT: A general characterization of the reactors used in titanium
reduction by heat with magnesium is given relative to their
suitability for automatic control (AC). The basis of AC is con-
trol over the feed of tetrachloride and MgCIZ drain-off relative
to the temperature and pressure in the reactor. The point at
w1iich temperature is measured should move automatically
through the height of the retort, while the maximum -tempera-
ture selector automatically connects to the regulator that
junction of the multijunction thermocouple having the maximum
temperature. A very brief description is given of the design of
the AC and of the direction to be taken in further work for AC. M.L.
Card 1/1 1. Titanium--Reduction 2. Control systems 3. Magnesium--ApplicaTions

137-58-6-11477
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 6, p 32 (USSR)
AUTHORS: Arkadlev, A.G., Zaretskiy, M.M., Plyankov, V.A.
TITLE: New Instruments for Automation of Titanium Production (Novyye
pribory dlya avtomatizatsii titanovogo proizvodstva)
PERIODICAL: Tr. Vses. n.-i. alyumin.-magn. in-ta, 1957, Nr 40,
pp 413-419
ABSTRACT: A description is presented of an instrument developed by
VAMI for automatic identification of the most highly heated
working tip of a multiple junction thermocouple in the retort
of a unit for thermal reduction of Ti with magnesium. The in-
strument consists of a device sensitive to sign with 2 telephone
step selectors (SS) actuated by a synchronous low-power motor
and serving to effect a differential connection of Z thermo-
couple working tips to an electronic amplifier (EA). At the out-
put of the EA there is a relay Rl, which, jointly with another,
R2, functioning en bloc with it, stops SS-Z and connects the EA
and the regulating instrument that automatically controls the
operating cycle of the unit with the working tip with the maxi-
Card 1/2 mum temperature. Meanwhile SS-1 successively connects the

137-58-6-11477
New Instruments for Automation of Titanium Production
other junctions to the EA. If their thermo-emf (i.e., temperature) is at all
times less than the thermo-emf of the working tip permanently connected
through the SS-2, the SS-Z will remain in the same position. If any of the
thermo-emf is greater, the SS- I is shut off and stops, and the Rl connects
the.SS-2 which.. on reaching the working tip connected through the SS-1,
comes to a stop and turns on the SS- I through the RZ. The cycle is then
repeated.
M.L.
1. Titanium--Production 2. Thermocouples--Temperature factors
3. Instruments--Design 4, Magnesium--Applications
Card Z/2

SOV/136-59-1-13/21+
AUTHORS: Apkad'yay;_Aj" Plyankc7;, V.A., Strelets, Kh.L. and
Forsb1om, G.B. -
TITLE: Development of a System for Automatic Control of the
Magnesium-Thermic Titanium Reduction Process (Razrabotka
skhemy avtomatit.-heskogo regulirovaniya protsessa
magniytermieheskoge vosst'anovleniya titana)
PERIODICAL: Tsvetnyye Metally, 1-9599 Nr 19 pp 53-62 (USSR)
ABSTRACT: The authors describe the titanium production process in
which the tetrachloride reacts exothermically with
magnesium at a temperature of 850-9000C and over. They
suggest that control of this process requires control of
tetrachloride feed and reaction-vessel cooling, of
charging of magnesium and discharging of magnesium
ohloride and of non-reac-ti-7e zone heating. They describe
work on the possible automation of the process;
Engineers L.B. Ka-.elyak9 N.A. Plakhotnikova? I B. LIvin
and R.A. Sandler participated. Studies of temperature
distribution in reantion. vessels showed that temperatures
at a given level were uniform within 15-200C (except at
Card 1)4 the start), but the level of maximal temperature shifts
during the process (Fig 2 shows temperature vs time

SOV/136-59-1-13/2)+
Development of a System for Automatic Control of the Magnesium-
Thermic Titanium Reduction Process
Card 2/4
curves for levels 1-5 (in ascending order of height)
against time (hours)). From an examination of the
requirements for automation they conclude that the system
should be based ma W y on keeping the process at the
maximal temperature and mention that a suitable device
has been described (Re? 2). The authors outline the
system they have de7eloped. In this (Fig 3), PSRI'*,
potentiometers., connected to the appropriate junctions of
multiple-junction thermocouples, control the heating of
the upper and lower parts of the reaction vessel; the
middle-zone temperatare is measured by an EPP-120-2S
potentiometer to whir,--h the maximal-temperature finder
automatically conneets the highest-temperature junction
of those in that zonsi during the heating the zone-
temperature is controlled by a contact on the potentio-
meterg operating, .through a type IR-130 controller and a
type IK-2/120 actuating mschanism~ the regulating valve
for the tetrachloride flow i this flow is also controlled
by the pressure in the vp3sel (the manometer being

SOV/136-59-1-13/21+
Development of a System for Automatic Control of the Magnesium-
Thermic Titanium Reduction Prooess
provided with a DSR 1 secondary instrument with contacts),
manually, or remotely by a transducer PDI and a secon-
dary device EPID-05 with an integrator; a computer
provides, depending on signals from the integrator for
the appropriate influxes of tetrachloride, the tapping of
magnesium chloride and magnesium addition and the ending
of the process. The authors give descriptions of the
circuits (Fig 4). the IDI-205 maximal-temperature finder
(made by the KB TsMA) and the multiple-junction couples
it requires, the control valve and the flow transducer
(Fj v;% They outline tests on a pilot-plant
e - I.
scalpe installa on which showed that the temperature
control (Fig 6) was better than with manual regulation
Card 3& (Fig 7) and that better-quality processes with higher

I SOV/136-59-1-13/24
Development of a System for Automatic Control of the Magnesium-
Thermic Titanium Reduction Process
productivities were obtained with automation (Table).
They state that the automatic system has functioned well
in full-scale tests.
There are 6 figures, 1 table and 1+ Soviet references.
Card 4/1+

SOV/136-59-4-10/24
AUTHORSs Arkad'yev, A.G., Baldovskiy, L.A. and Forsblom, G.V*
TITLEt Retho~dsof FMeaeiuring the Parameters of an Aluminium
Electrolyser (Metody izmereniya parametrov alyuminiyevogo
elektrolizera)
PERIODICALtTuvotnyye-metally, 1959, Nr 4, pp-49-56 (USSR)
ABSTRACTi In 1950-1955 the T3entrallnaya laboratoriya avtomatiki
(Central automation laboratory) of the Ministerstvo
chernoy metallurgii SSSR (Ministry of Ferrous Metallurgy
of the USSR) and the Vsesoyuznyy alyuminiyevo-magniyevyy
institut (All-Union Aluminium-Magnesium Institute) carried
out work on the automatic measurement and control of
alumin:Lum-electrolyser parameters. The work was carried
out at the Volkhovskiy (Volkhov) and mainly at the
Urallskiy (Ural) aluminium works. In addition lo the
authors the following participated: N.L.Zenovq
T.A.Ivaubts, , V.A.Rukht:Ln and A.T.Mamontov (Ural Works)
V.I.Gruzin (TsLA), R.A.Sandier, Ye.I.Glaz and others (VA-MI).
One of the main objects of the work was on the inter-polar
distance parameters, for dealing with which existing
methods are inadequate. The first stage was the
Card 1/3 development of a method for measuring the resistance of

SOV/136-59-4-10/24
Methods of Measuring the Parameters of an Aluminium Electrolyser
the electrolyte in the inter-polar space and for the
determination of the potential of the sole of the anode
and the surface of the metal. For the latter suitably
arranged uninsulated probes were used (Fig 1); the
potentials measured thereby were not exactly equal to
the values an the anode sole and metal surface but
were sufficiently so for practical purposes (table I
shows the values and errors). For measuring the
electrolytic resistance in the inter-polar space a
resistance meter developed at the TsLA was used (Fig 2).
This is based on an automatic electronic poteltiometer
(types BP-102 and EPP-09 were used) and gave results
correct to -H-1-5% for most of the operating period
(table 2) a;id for six months has been successfully used
at the UAZ to regulate ten electrolysers, reducing power
consumption by 1-5%. The authors outline the theory of
the device. They go on to show how it can be used,
together with a device for measuring anode movement, for
Card 2/3 measuring the electrical conductivity of the electrolyte

SOV/136-59-4-10/24
Methods of Measuring the Parameters of an Aluminium Electrolyser
and the interpolar distance. The arrangement shown in
Fig 3, has the disadvantage that, if used for control
purposes, it requires a complicated apparatus. The
authors therefore developed a variant (Fig 4) containing
additionally a relay and contact group and a transmitting
potentiometer mechanically linked with the pointer of the
anode-movement measuring device. Tests and calculations
have shown that this arrangement gives the conductivity
and the inter-polar distance with errors of under + 4 and
� 9Ya respectively. In a six month test on ten
electrolysers at the UAZI with automatic control through
inter-polar distance, a 1% reduction in power consumption
was obtained. The mean values of electrolyte conductivity
and the back emf of production electrolysers (1.48 ohm-1
cm-1 and 1.45 V respectively) differ from previously
accepted values. There are 4 figures, 2 tables and
2 Soviet references.
Card 3/3

------------ R~_ A~.G., ---MAR, YLNOVSKIY_ Ya.M"-SHNEYEROV -M.S.
I,- AMAAD'YEV9 I I
Measuring the rate of the air flow into flotation machine3. Sbor.
mat.po,avtom.proizv.prots.i disp. no.5:19-26 f6o.
(MM 14-4)
1. Xonstruktorpkoye byuro "TSvetmetavtomatikao"
(Flowmeter) (Flotation--Equipment and supplies)

ARKA IUV, A.G.; KAR'YANOVSKIT, Ya.M.; SMYRROV, M.S.
Aeration meter for flotation machines. TSvet. met- 33 no.8:77 Ag
1609 (KERA 13:8)
(Flotation-Equipment and supplies)

ARKADI)W MARIYANOVSKIY, Ya.M.; PODGOYETSKIY-, M.L.; SHVARTSER.,
A.G.;
V.I.; - SHNEYEROV) M.S.
Air-jet reaction feedback in pneuzatio-converters with power
compensation, Priboroatreenie no,2:5-.7 F 161. (MIRA 14;2)
(Pne-umatio control)

ARKADIYEV. A.G.
Measuring the electrochemical voltage, comporent in an aluminum
electrolytic cell. TSvet- met 35 no.6.-51-59 Je 162. (MIRA -15:6)
(Aluminum-Electrometallurgy) (Electr.-La ineasuremento)

Foreword
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~ 112

87775
S/114/61/ooo/ool/oo 669
E194/E355
AUTHORi Arkad'yev, B.A., Engineer
TITLE: The Temperature Distribution in a Partially Cooled
Root of a Turbine Blade
PERIODICAL; Energomashinostroyeniye, 1961, No. 1,
PP. 38 - 4o
TEXT: This article describes a procedure for calculating the
temperature distribution in a turbine bladeroot that is
partially cooled by air. The method of cooling fir-tree roots
of turbine blades by passing cooling air through gaps at the
joints is very effective. Methods of calculating the
temperature distribution in a joint that is cooled in this way
throughout its length have been published elsewhere, Sometimes~
only part of the root is cooled and a method of calculation-4Atwe
for this case is required.
A root of this design may be treated as two sections. The
lower section i.- cooled and is amenable to solutions of the
kind already published. The upper part is not cooled and is
immediately adjacent to the blade. For purposes of(alculation
Card 1/4

87775
S/114/61/000/001/oo8/009
E194/E355
The Temptirature Distribution in a Partially Cooled Root of a
Turbine Blade
this latter part may be represented by two trapezoidal
straight ribs between which heat exchange occurs. The
differential equations of the temperature condition of the
system then reduce to a hypergeometrical equation. However,
it is found in practice that the series obtained for the
solution of the hypergeometrical equation converge extremely
slowly.
The solution becomes much simpler if heat exchange is
considered to occur between ribs not of trapezoidal section
but of constant thickness and this is the case considered
here, Differential equations are then drawn up to determine
the temperatures of the successive ribs. Relationships are
obtained for the temperature distribution in the uncooled
part of the blade root. Then other equations are given for
the temperature distribution in different parts of the blade
and rotor body, The boundary conditions are next defined
to obtain expressions ror the constarits en-tering into thp
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87
s/114/61/000/001/008/ 037Z
0(
E194/E355
The Temperature Distribution in a Partially Cooled Root of a
Turbine Blade
equation. Finally, a system of eight linear equations with
eight unknowns is obtained and can easily be solved with the
requisite boundary conditions. The procedure described is
based on a number of assumptions and, therefore, results
calculated in this way at the KhTGZ (Kharlkov Turbogenerator
Works) were checked on a computer type --:~rAP\ (~/-53 (EGDA 6/53)
at the Inst�tut teploenergetiki AN UkrSSR (Institute of
Heat Power Engineering of the AS Ukrainian SSR). The check
showed that the present method was satisfactory.
Absolute values of temperature calculated by the present
method differed from thos determined on the computer by no
more than 20 - 30 OC9 which is quite satisfactory for
engineering calculations. Howeverg this only indicates that
the method is correct in principle. In each particular case,
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87T?5
s/n4/61/ooo/ool/oo8/ooq
E194/E355
The Temperature Distribution in a Partially Cooled Root of a
Turbine Blade
the operating conditions of the blade root must be carefully
studied, taking special care that the necessary quantity of
cooling air passe 's through the blade root, not only under
-normal conditions but under other conditions resulting from
change in load, inaccuracies of manufacture or other factors.
There are 5 figures and 4 Soviet references.
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0
S/114/'3/000/003/002/005
The solution of~problems E191/EI135- 10
Ancreas .o the--time Interval-, without loss ~of the stability of ~the
q
~,:,-,Solutloh.-.-,~T.he stability criterion ~:Ls the progressive change.of
tem erature. at. each- computing ,point. This condition leads-
P~
mathematically. to formula from which the time interval in-each
successive-step of:iteration is found-froiii previous results.,
An example was computed with the 'help of the single address
computer "Ural-111 with fixed-decimal-points which has a computing
rate of!'100 operations-per second and an operative memory of
1.0241:~bits.-,.,_ The~iow capacity-memory-imposed the following
limitations: Th no internal.heat sources. The~ph
e body has
ysia!al,
~properti_6.4,_are -linear -functions of -the, temperature. but independent..~
of the coor,dinates-i boundary: conditions are independent of
time. The numberof surrounding.-media does not exceed four.
The shape-of~the-,~ody:can be rendered-by a system of equal'.cubic,
elements,.- Some problems--of.programining.are discussed. The
-was:applied to the initial period of hea.t*
computation procedure 3ng-
------up-Ta-1--tuirbine:--stat-or.-- dmpFonent-----Symmdtry--considerations-made---it---~----~---
c
.possible. to compute, an ~61ement. which constitutes one twelfth.of
complete component and so permitted the use of Cartesian,.,,
L--, ~coordinates.' `Under~assumed.beat transfer conditions the.time
ard 2/3

POVOLOTSKIY, L.V., inzh.; ARKADIYEV, B.A., inzh.
Study of multishield insulation. Teploenergetika 11 no. 1:
36-40 Ja 164. (MIRA 17:5)
1. Kharlkovskiy turbinnyy zavod im. S.M.Kirova.

- ARKADIYEVJ, B.A., inzh.; GAIINITSA, V.M., inzh.; POLTORATSKAYA, N.B., inzh.
-,_ _ ~
Calculation of the heating of the flange connectiona of
turbines. Teploenergetika U no.4:63-66 Ap 164.
(KMA 17:6)
1. Khartkovskiy turbinny7 zavod imeni Kirova.

S/
~!Z;CESSION NRI. AP4038898 0114/64/0001005/0006/0009
AUTHOR: Korzh, P. I. (Engineer),* Povolotskiy, L. V. (Engineer);
Knabe, A. 0. (Engineer). ~acV ~ev A!.A,_(Engineer)
TITLE: Investigating nonsteady operation of cooled'disk -type rotor of a gas
turbine
SOURCE: Energomashinostroyeni e, no. 5, 1964, 6-9
oy
TOPIC TAGS: turbine, gas turbine, gas turbine quick starting, gas turbine
nonsteady operation, gas -turbine disk rotor
ABSTRACT: Peak-load or reserve gas turbines in power-supply systems operate
:under repeated start-stop and quick-start conditions. Hence, it is essential to
know the behavior of the most important gas-path parts subjected to varying high,
temperatures. Results of an experimental investigation of the temperature field
in a disk-type rotor under nonsteady -operating conditions are reported. The
temperature fields were measured under these conditions: (a) starting from the
-cold state withoutVarming up; the maximum gas temperature was attained in
Card 1

ACCESSION NR: AP40 38898
'l-1.5 min, and the rated loadwas taken in 3.5-4 min; (b) starting witha 5-minj,'
!40%-rpm, 5ZO-55OC-gas warm-up; and (c) starting one hour after the turbine
shutdown, with the disk temperature Z50-300C. Stresses in the disk (hub. tip)
were estimated. These conclusions were reached: (1) Cold starting is not
limited by the disk stresses; (2) The radial-blow system of cooling the test
turbine is satisfactory; (3) N. A. Minyaylanko's method ("Determining
temperature fields and stresses in gas-turbine disks,". AN UkrSSR. 1960) ensures.
good agreement with the experiment. Orig. art. has: 6 figures, I formula. and
f
3 tables.
ASSOCIATION: none
SUBMITTED; 00 DATE ACQ: 65jun64 ENCL: 00
SUB, CODE: PR NO REF SOV: 006 OTBER: 000
I Card Z/Z
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