SCIENTIFIC ABSTRACT ANDREYEVA, A.P. -

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101520020-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 48
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

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ABDREYEVA, A.P.t kand.tekhn.nauk.
Compressing chaffy products whl-n harvesting grain crops by
combine. Nauoh. zap. KHDSIUI no.11 Pak. mekh. sellkho-.. 1:4-1-
56 158. (Grain-Harvesting) 041RA 14:3)

BOTVINIK, M.M., ANDREYNA, A.F.
Interaction between N-bonsoyl(O-benzoylpbonvlalaW,_Cl4)
serine and proteins. Dokl.AN SSSR 133 no.1:98-101
J1 160. (MIFA 13:7)
1. Moskovskiy gosuduretvannyy universitet Imeni. X.Y.Lomonosovao
Predstavleno akademikom AvNeNesmoyanovyme
(Serino) (Proteins)

BOTVINIK, M.Mt; ANMXMA, A.F.
14)serine with
Reaction of N-benZoyl-O-(bonsorlphenylalanine-C
ribonualease. DALAN SSSR 133 no.2:359-361 -71 160.
04LU 13:7)
1. Moskovskiy goBudaraptvonWy universitet imeni. M.V.Lomonosova.
Predstavleno akademikom A.N. Neameyanov7m.
(Serino) (Ribomelesse)

ANDREMA, A.P.; BA.KULINA, L.I.; A.I.; GUH'i"UVA, L.I.;
- - "FUNIKO) T.A,; SUI-OVA, N.M.; YUDIIICJVA, P.V.
Microflora of rodents in Leningraq. Ro;.,crt llo.2. Zhur. ridlwobiol.,
epid. i immun. 32 no.9:133-i34 S 61. (ILI'Lii 15'2)
1. Iz Leningradskoy protivochwnnoy portovoy i gorodskoy nabl,.rudatellnoy
stemtsii.
(LEi~IlliGitAD--,IiOi)ENTlA--I,i.LCitOBIOLOGY)
4

BOTVINIK, M.M.; ANT)RFYEVA, A.P.
Formation of an N-peptide bond in thr, interaction of
c~-(L-enzoylfihenylananyl-IC14)N..".-k-nzoylr,crine with insulin.
BLc-kt,imiitt 27 no.6%96q-976 N-L 16-11. (MA 17.5)
1. Gcsudarstvennyy universitet im---i Lomonosova. Moskva.

BOTVINIK, M.M.; ODRELVA. A.P. [Andreyeva, A.P.1; XOSHAROVA, L.M.
Nev reactions of D-peptides of 0-hydroxy amino acids: Formation of
N-peptide bonds by reaction of O-aminoacyll derivateq. Coll Cz Chem
27 no.9:2244-2245 S 162.
1. Moooow State University, U.S.S.R. (for Botvinik). 2. Institute for
Chemistry of Natural Products, Academy of ScJVnces of U.S.S.R. (for
Kosharova).

K-~VjFMWEVA, Ye. D.; BCZDANOV, V. P.; ANDREYEVA, A. P.; SHMAKOVA, F. 11.
"Th6 chemical bond of the pol.ysaccharide-prosthetic group in ovalbumin, and
the situattoli of this group in the protein molecule."
v~poit subwitted for Natl Mtg, American Chemical Societ-y, Philadelphia, 5-10
Apr 64.
Inst of Organic Chemistry, Moscow.

KAVERZNEVA, Yekaterin& .,- 1tr1ye-nr:, .-, '."-.-"YrEVA, A. P.; BOGDANOV, V. P.
"Some properties and the structure of a glu-zosamin-s-aspartic
fragment from ovalbumin.0
Repnrt to be submitted f,.~ the 3-.~ Intl 3rdposium, on the Chemistry
of Yatural Products (IMC), Kyoi .. Japan, U-13 April 196h.

L 5494945
ACCESSION NRi APS014288
terest because these rodents belong to t,ynanthropic species. No salmornellas were
isolated from mdents caught in open plaois such as gar4ens, parks, and cemeteries.
Moot of the types (32%) were isolatod ',,I warm weather 14% in the fall. The
contmonest of the salmonellas isolatee x: ~e -%-dents we S. anteritidis (42%)
,vid B. typhirurium (40%)1 S. suipeatilIrr, R ~d others were rarer.
Tits types of salmonallas (15) Isolawd fro th,, -dents w also isolated from
sick per-sons during the same period. Thz percwit-~,ge of the various types Isolated
from man ww about the same as in the "Iat~i, .-ig, art. has: 3 tables.
ASSOCIATIM beningradakaya r40tivr~lt-'. 1v:.(-,UTja I gWD45kaya nablyWatelf
a (t~, L dnd
naya start,uiy ~n~~ulp
Leningradskaya sanitarno-spidesiol.09Lcheskaya Mifslya (11qtARVa4 SwjtjaDt:,-
pidemiological StatLgo-
_~SSUBKIMDs 26reb64 ENCLit' 00, 910,00DE1 L5
No 1Tr SOVt 007 OTHEM ODO
I-Card.2/2--

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'VILYAYI-I'V, L.F.; Pill: L
A;!.UJ-TVA, "'.G. r,.,Ici,,,A x,
Yll. I. KCII Eh' ;7yF ~A,
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V,
A' 11 IT S 1 1 ', C,-'vl ". T.1.; 0VA,;Al-','A'.', O.V,; GAU',YA!;, A,
Abstracts :~f cir~,cles rec~elveri 'nv -Ille z c
i irmain. 42 no Mr 165.
-3:147

KCGAN, L,(-A,,
of the of a bed of bends
.zf parraoLtullit"'.r. alx,i,o d-ioz,,. icfti no-24:
I- I , ('-M~ .17:10)
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2. 1 S,; !,'1-; 0 VfL t(-"~. 1616 ~' illOtItIlt.

sov/65-59-4-4/i4
WTHORS: Agafonov, A.V., Kbayeva, B.T., Andreyeva, A.S.,
Eygensoi-j, A.S., K&htor, I.I.
rITLE: -atalyti.c Cracking o; Crude and Hydro-Purified Vacuum
Gas-Oil. from Arlan Petroleum (Kat4liticheskiy kreking
-akhodnego i g!droochIshcIa;1ino_zo vakuumnogo. gazoylya
arlarskcy nefti)
FERI0IJ(:t%Lt Xhimi.ya i tekhnologiya topliv '.. mt2sel., *_-'9r',',-, Nr It,
pp 18-24 OSSR)
ABSTRAU: Vacuum gas-o'jA from Arl-u- ietrolcwu contains 3.2%
snIphur conip,)unda, Utrogcn com,)oanrls ind 24%
tarry subs'ances; thefis ar~~ lev-ger than
rsrres k
the c pondin quanti%i,~!_, in h-wv- from
Tat.arl~xa and Basa2lirlyft pei~-oleumri, Thefic -omponents
block thc active surface of thn ca~alyLT during
cracking, prevent the access ~,~ '' hydro-carbon molecules
and therefore decrease the deg.z-ae cf corkverttion of the
crude material. Considerable amvunts of L:L;ka ar.
enposited on the catalys.. which 'nh!~,ii.s secondary
reactions and leads to decr--ased yj;lds and inferior
quality end-products. Hydro-purification was carried
Card 1/5 out on a continuous apparatus in the VNII NP by

SOV/65-59-4-4/14
Catalytic Cracking of Crude and Hydro-Purified Vacuum GAs-Oil from
Arlan. Petroleum
N.A.Chepurov and R.N.Yudinson; a stationary aluminium-
cobalt-molybdenum catalyst was used at 3800n, a pressure
of 50 atm and space velocity of the supplied crude
material of 0.7 hour-1. The properties of the starting
material and of the hydro-purified vacuum gas-oil are
tabulated (table 1). The octane number of the end
product was appreciably higher than when using
fractional distillation (58.5 as compared to 41.0)
and contained considerably less sulphur (0-013 as
against 0.17%). The properties of the gas-oil fractions
are listed in table 2. Cracking experiments of both
the crude and hydro-purified vacuum gas-oil were carried
out on a pilot plant with a synthetic bead catalyst at
temperatures within the limits of 430 to 520*C,
atmospheric pressure and a space velocity of 0.65 to 1.5,
calculated on the volume of the catalyst per hour. The
ratio of the catalyst to the crude material was constant
Card 2/5 in all experiments and equalled 5:1 (table 3). Optimum

sox*/65-59-4-4/14
Catalytic Cracking of Crude and Hydro-Purified Vacuum Gas-Oil from
Arlan Petroleum
yie."LdSof petrol were obtained at temperatur-4s between
450 and 475*C when the optimum space velocity of the
supplied raw matorial was within the limits of 1.0 to
o.65 hours-1. The hydro-purified vacuum gas-oil
could more easily be processed; an optimum yield of
light components at the same space velocities was
achieved at 500C. The authors concluded that the
presence of a considerable quantity of light fractions
boiling up to 350% (37.6 aA against 19.4%) influences
the yield of the light components. The optimum yield
at this temperature reached 66 to 67% by weight as
against 58 to 59%. Results of the cracking experiments
indicate (Fig 1) thit the hydro-purification of the crude
(by separating th.carry substances, metals, sulphur and
nitrogen) improves the process conditions and also the
yields and properties of the cracking products (compare
table 4). The gasoline obtained by this process is less
unsaturated, contains more aromatic compounds and has
Card 3/5 higher octane numbers (80 to 81.5 as compared to

sov/65-59-4-4/14
Catalytic Cracking of Crude aild Hydro-Purified Vacuum Gas-Oil from
Arlan Petroleum
77.7 to 8o.7) (Fig 2). A lower content of unsaturated
compounds renders the ~;asoline more stable. Its
induction period excrr--ds 600 minutes. The light
catalytic gas-oils, jbtained during the cracking of
hydro-purified crudes, show improved properties. Their
cetane number is 34 to 38 (as against 30 to 33) and they
contain 0.21 to 0.389'a sulphur (as against 2.6 to 3-3610
(Fig 3). These light gas-oils can be used directly as
components of diesel fuels. The heavy catalytic gas-oils
(fractions boiling above 3500C) can be used for the
production of lubricating oils or re-used as recycles.
In both cases 2 to 3% of the tarry (tail) fractions have
to be separated. The gaseous hydrocarbons produced
by this process are of interest as starting materials
for petro-chemical syntheses. The influence of the
temperature on the ratio of unsaturated and saturated
Card 4/5 hydrct!krbons in gaseous reaction products, and on the

sov/65-59-4-4/14
Catalytic Cracking of Crude and Hydro-Purified Vacuum Gas-Oil from
Arlan. Petroleum
content of unsaturated hydrocarbons in the gas, is
shown in a graph (Fig 4). There are 4 figures,
4 tables and 2 English references.
Card 5/5

TSUKER, M.B.; LESHCHINS"KAYA, Ye.V.; BELYA)TVA, A.P.;
lpqlp4EYT~U
Problem k,!.' I diseason. Zhur. nevr. i psikh. 63
no.107 1~ ',- ~ '..' ~ t, 1. (MIRA 17:5)
1. Ins'!".:' :.-'' -;.,,y~ -i I-ta i virusnykh entsefalitov (dir. -prof.
M~p. ,r , I A'~"i SSS!i, '-!o?kva.

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AGAFOGOV, A.V.; ABAYEVA, B.T.; OKINSHEVIC11, N.A.; k!..DRE27A,
MOROZOVP V.I.
Developing extrantion inethod8 for obtaining carbon black
stock from cata:yl.-ically cracked gas oils. Khim. i tekh.
topl. i masel 9 no.5:13-16 5 14Y 164 (Miyu, 17-.7)
1. Voesoyumyy riatielmo-J.-,3Liledovateltf;k'-Y inotit-ut po pcrerabctke
nefti i gaza 1 polucheni3u isk-usnatvennogo zhidkogo toplivt-..

LUTVA, V.S.; ALESHECHKINA, N.V.; ANDIMMA, A.Y.
., I ~ --4
Caiantitative evaluation of the protective capacJty of greanes by
,raphic method. Trudy VNII NP
means of the polarop no-7:lVig-4.59
158. (HIRA 12:10)
(Labrication and Inbri cant s--Tes t ing~
(Corrosion and anticor.rosives) (Polarography)

A7ljT,,.,,,YEVA, A. V.
A. V.:
of bloc-2 Circ~,lbti',n ;:n,. r -t
with ir !Zeh'V-9tiFm of' Chilcirer.." Yhpr1kov
ed-Ical y
L in.-Bt. 'hv.r ' kov j, ~56 (Dissertation for the
eg-ee 0~ Ca!,.-tste In 1~edical Scley,ce)
So: Ynizhnnyr-. Lato-ls:,
~-V
PANOVY A~G.l ZINCHMY.'~,, (Len ngr-ad)
Srythrocytic, ~n zcm, ~7-. i sd1sences of the, nervous
vystein. Klin. i.-i. n S- 63 (MIPA .17-0)
Kwo ra vt --, ykl, :-K,'vznvy
a ad vin. 1. 1lmo~ -irovi,

ACC NR,
50
PIK. 1. kegulator
Val-:(-~, I seat; 3 mechanism.wikh
krOx;Ar.al irni-s section setting.
0
cf albnturi nozzle. In r varla,~ion -j., od:q v!~- ..s pTogramming device is
equipped uft a mechanism hav -ag a =_4A o' r-cp t:., zetting (see Fig. 1). Orig.
art. has: I figure. ITH)
SUB CODEt 21/ SUBM M',:li
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S-VtAIMD: 1PNo%(;2
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b.b. Korshak, Frunze., L. V. i0uldiarska. a an~! D. I. in
Synthcs.-s o~ 1"-dyrddes from _-_J1_Jc-n-contain-1,.:- ri `~ cc -4,-4 z;
Aeport presentA at tht.; Sucon-I All-Union UoriCt,rctice on "'.he
lractic.al A;.pl:lcat-'or. of ~~;_Iicon-Jr~-,anic L;I-;iipowl,:,~; ~,ol-! in L~ninrrarl fr,,~71
2:')'-27 Septemb.r
~,'riiirnal priklainoy kh-Inii, 1/059, Nr 1, pp 23c-2,ljn (USj-

ff2" SOV/78-4-10-5/40
Shchukarev, S.A., L--lich, L. S., Lritysheva,
UTHORS- V. A.,
Andreyeva, D. K.
71TLE- On the Heats of Interaction of H90 With Aqueous Soluticns of
HC1, IiBr, HJ, and HC10 4
PFRIODICAL: Zhurnal neorganicheskoy khimii, 1959, Vol 4, Nr 10,
pp 2198,203 (USSR)
ABSTRACT: This paper is a continuation of the papers of references 1-3
on the heats of interaction of cxides 6nd hydroxides of t~e
metals of the 2nd of the pei-iodic system with halogen
hydracids and chloric acid. The authors try to evaluate the
total variation (6H) of enthalpy on formation cf halogen com-
plexes by comparison of tha heat of interaction of the metal
oxide with complex-forming acids (Hcl, Or, HJ) and with HC10
1, Zn and Cd have
which is not complex-forming. So far Ba, Cul 4
been investigated. The investij-atlon of the interaction of HgO
now presented permits a co.nprehensive, survey regarding the
behavior of the zinc-subgrc%,.~. The dependence of &H 298 on the
Card 1/3 acid concentration (1-'+ m:)le,,11) is presented in table I and

so,-j/'?e -4 -10-5/40
on the Heats of Interaction of HgO With Aqueous Solution,, oi H,
Cl, HBr, HJ,
and HC104 figure 1. The dependence on kind and coi.centration of the an.-
ions is determined by comp",ex formatini-.. Thc formation of
mercury-halogen complexe3 is exothermic in the concentration
range investigated. The heat of hydration of the Hg2+-ion cal-
culatod to be 441 kcnl/molto ia In good agreement with the data
in publications (Table 2). With increasing atomic number of the
cation of the zinc-subgroup and of the anion of the chlorine-
subgroup the endothermic na%;ure of the complex formation de-
cre%ises and the exothermic nature increasezi t-able 3)- With
the difference be-
increasing atomic number of the cation also
tween the formation enthalpius of the Cl-, Br-, and J-complexes
in-reases (Fig 2). A secondary periodic dependence between
the atomic numbers of the metal. and the influence of the acidi-
ty upon the enthalpy of the interaction between the oxides
hYdroxides) of Zn, Cd, Hg and chloric acid was found to exist
Fig 3). This dependence is explained by a different weakening
~
of the interaction cf the cations with the water, similar to
that observed by 0. Ya. Samoylov (Ref 16) in the system al-
kaline earth chlorida - hydrochloric acid. The concentration
of the hydracids affects th- nature of the dependence of the
Card 2/3 enthalpy of the complex ciLlpounds on the atomic number of the

BOV/78-4-10-5/40
the Heats of Interaction of HLvO With Aqueous Solutions of 01, Dr, H:,
.~:'d HCIO4 cation. There are 3 figures, 3 tables, and 18 references,
12 of which are Soviot.
;ASSOCIATION: Leningradskiy gosudarstvennyy universitet im. A. A. Zhdanova
Kafedra neorganichesKoy khimii (Leningrad state University
imeni A. A. Zhdanov~Chair of Inorganic Chemistry)
SUBY'ITTED: July 20, 1958
3/3

LILICH, L.S.;,~N YEVA LOGINOV, A.A.
PP~-- -I - -
~q ._
The water vapor pressure in the systems: MeX, --M-H4. The
systems: CdBr - HBr -H 0: CdI -HI -H20; H972 - 1wr -H,~O; H912
HI - H201 Veit. LGU Pno.16&1-107 762. (Mnul 15:9)
(Vapor pressure) (S?Ptems (Chemistry))

ANME-YE - ~ ci (dir3s) -- "The ~~Prrnia "Y~ evOlliti(n of tho
EVA D. M.: Manter Biol S
I ..- I-"- -
Boile of the law valloy meaaaas of certair, nat"Inl lrefla in LFninizrv',~ (,blpgtll.
Ix-nirv7xad, 109R. lfl -op (D-1ningi-nd OrOer of Tr-n*n Stit- ', 1'r ~,. A. ~Ili~nnov)l
I - - -
150 coplei3 (KL, Uo L, 1T-59, 12-1 )

ANDREYEVA, D.M.
Characteristics of mineral exchange bitween herbaceous vegetation and
soil in the dr7 meadows of the forest z6v-57fv-I-th,su ry in Bnglish3.
Test. IOU 13 no.15:144-155 158. (MIR& 11:9) Ar'
(Minerals in soil) (Planta-Assimilation)
(PasturAs and meadows)

ANIMMA, D.M.__.
Characteristics of soils under herbaceous vegettition in the
Karelian Isthnus. Vest.LGU 14 no.3:161-167 "-9.
. (MIU 12:5)
(KARELIAN ISTMUS-SOILS) (PASTIMS AND MFADOWS)

., ANDREYEVAVD.~h_
Ash composition of some plants from different habitats. Vest.LGU
14 no.15:142-144 159. (KM 14:4)
(Plants-Chemical composition) (Botany-Ecology)

GRINBERG, Liliya Yefimovna;.ANDREYEVA, E.G., red.; BELYAYEVAY K.Lp
tekhn. red.
(Means of communication; post office, telephoned radio,
television] Sredstva aviazi: pochta, telefon, radio, to-
levidenie. Leningrad, Uchpedgiz, lq62. 103 P.
(MIRA 16:5)
(Commwtication and traffic)
(English language-Technical English)

Transp.
t.1 i
ly

AIMM,"YEVA,
Possible depths for storing liquefied hydrocarbon faEes. Gaz.
delo no.9:41-41/ 164. (MIFLA 17: 11)
I
1. Vaesoyuznyy nauchno-issledovatellskiy institut po etro el'stvu
macistrallnykh truboprovodov.
0

Ot2 i~

ANDREYEVA, E.M.; CHERNIKIN,, V.1.
Heat interference in a network of underground reservoirs. lzv.
vys. ucheb. zav.; neftt i gaz 8 no.3:85-89 165.
(MIRA Ir-:5)
1. Moskovskiy institut neftekhimicheskoy i gazovoy promyshlennosti
im. akademika Gubkina.

KAPITSA.. 0.S.; ANDRKYEVAO,,..9,0.
Search for plants acting as reservoirs of X- and Y- potato
v-iruses. Trudy Inst. gen. no.29.-404-410 t62.
(MIRA 16:7)
(Virus diseases of plants)
(Potatoes-Di3eases and pestO

KAI'M"Al L),L",*; ANDK~r,11A, :,4NO
Elitaination of virus diwaves frcc vogatatively propagatod
pLintas Trudy InsUean, rob35tl8-35 165.
Praixtrina a uox= for potato virua Y, rbld,#n5-33-)
(MIRA 18232)

KAPITISA, O.S.; ANDJUMWA, E.111.
Penetration of Y-virus Into the tubers of origina3ly infected
potato plants; the early Priekule variety. Trudy inst. gen. no.
31: 345-',158" (MIRA -17.9)

71.

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