SCIENTIFIC ABSTRACT OSHIBKOV, V. - OSHMARIN, P.G.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238320014-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

OMIIBXOV, V.
_,_ 4 ~ _. - - ~_ .
Films on progressive practice are needed. Muk.-elev.prom.
20 no.3:31 Mr 154. OMU 7:7)
1. Tambovskoye upravleniye BOANVe.
(Grain--Storage)

OSHIIMDV. V.
mmmmcha_~
Instractions for the disinfectlon of peas need to be revised. Muk.
-elev.prom. 21 no-5:30 HY '55. (KIRA 8: 9)
1. TambovskVa kontora, Zagotterno. (Peas--Disinfection)

,-3111*11~~7, 7. -..
1. 1 : .- - I . r '-
"Lis tr ~' - 1, -'. I t !-,,- ., , C: I , .- , - - - .; 1. , .. - 1. . I I *- - .
.-j' ~
syyle~." (; . 17 ~. 0 1
I ~ . I . . . ~ -1 1
S~ : ~ c urn ~-. I --, f ~#711-e r,' .,- .: -~ ," , . 1 : ,'I ~ . I
-~ #7i :~ e r , -- - L- 1, ~ - L~ Z~ ', - - . , . ,, ~ ; ~ ~ ,

SEDROKHDDDY, N.Ye., kandiast tekhntcheekikh asuk, doteent; GOLUBM, T.M.,
professor. doktor tek-hnicheskAb nauk; ZAYKOV, N.A., kandidat
tekhnichookikh nauk; CHILYSHEIF, N.A.. kandidat takhnichookikh
nauk. dotsont; KORDLIW, A.S.. lnzhener; OSHIN, V.I.. Inshener.
- MONUMMM-0
Determining acting forces in friction and eccentric presses.
Trudy Sib.met.inst. no.2:19-29 '55. (MLRA 9-12)
(Strains and stressen) (Power presses)

OLA
C 1
n.1

cii
A levl~L F~ M. and H. HAtenst. Lobijas
No. 91).
!==M w2s
ppid. frm 3atdi Cn
~
jblh)g CDs imtU pH 8.2-vv-as mthed.
the PPL was calciti (1), Uith a tra"
-
lof arzzmite
(n) J)DWSUf3 hightr IMP. "tRU Wtrt'
'2' rbc=bebcdric
ammja'ja at 10% prilmatiC at higher tem
~
'
k
Y
1
-
with
nsM
1 A . and howning pboder With
At 60
T' c7ft"i in ionp, ~ At WDDI. the ppl, vw mm* 31, in forx"
-02-4 lattll3w
,
W id prisms. TLch.CaOindclemlcolly
PILM I
OR
ip' l - JmW rtuilts. In Ot presette of
sulfales ol Ca. Xn,~ Mj, amd NHI, 31 vw formed fwm 65'
up; ba 10-301, %1 w w1blikt, 0." P;
Wm 4n

at 80' 7nalul
y Vnsl i ted ends. ja higher temp.
ko with PDM
veedlesuptoMplo nS. In OepresencrtJ C17# thePPt- was
'
bombc;
",.7p -=up of
&A tab ;wAth high

5
0
-01~
prisms or pUtelets of I win formed at
3~-W regardless ~ 4 the presence or abstnce of, CaMo.
(NIWAO~, or NaC3 , Only a trace of 31 vms cbserved at
70-M', It ii conell
of Ca4+ vrith Coj,~ uded that CaM is formeh by m0lon

Mon 61 t.
it C4(0% s6lus., but by a rew,
solid CA(OH), wilt M In the vim of =Spenj~=.
W-6 IA- IDI

PPtn- ump. al)d dl

15 -b7 -!-2-1-1-'4-'
Translation from: Referativnyy znurral, -,eologiya, 1957, Nr 12,
pp 97-96 (USSR)
AUTHORS- Oshis, F., Iyevinysh,
TITLE: Varieties of Calcium Carhonate (Razlichnyye modifiketsii
karbonata kalltsiya)
PERIODICAL: Uch. zap. Latv. un-t, 1956, Vol 9, pp 3-21
ARSTRACT: Calcium carbonate (KK) occurs naturally in the form of
calcite and aragonite; aside from these, the following
less stable anhydrous crystalline modifications of KK
are produced experimentally: waterite of the trigonal
system and mi-KK of the hexagonal system. Both of the3e
are sometimes found In nature. At the temperatures
below 200, there exists a monoclinic hexahydrato of' KK
and an amorphous KK in the form of a gel. An experi-
mental study has been conducted to determine conditions
under which these varieties are formed. Carbonizution
by means of carbon monoxide was tried out, with the g&s
Card 1/4 obtained from limestone or from a chemically pure

Varieties of Calcium Carbonate (Cont.)
15- 5 7-12-17,74 5
calcium hydroxide. It was establislied that tne variety of
carbonate produced,its habit, size, type of aggregation brid spe~~_'.'I'_-
surface depended on the temperature of carbonization and on t~-.e
presence of extraneous matter. If the carbonizing atmosphere
contained admixtures which could serve as nuclei of cry3tailizbtion,
then calcite was formed at all the temperatures up to 1000; in t:-.e
absence of such nuclei, amorphous KK was precipitated from the
solution. The purest waterite was obtained at the temperature of
200 in the absence of nuclei of crystals, if the carbonization
was discontinued at the moment when the atmosphere became neutr6l.
With the rise of temperature tne content of rhombohedral calcite
crystals was increased and waterite decreased. At 400, somatic
forms appear, at over 400 prisms are developed on crystals of'
calcite Instead of rhombohedrons, which fact is augmented by an
increase in the duration of carbonization. Calcite--the most stEiLle
modification--is also formed out of less stable modifications: &-t
below 200 calcite is for.-ned from hexahydrite, above this temper6tare
calcite can be formed either from supersaturated solutions or by a
crystallization of gel of KK. Araponite is formed at increased
Card 2/4

Vurieties of Calcium Carbonate (Cont.
tempe riA ta res .KK, containing a small amount of aragonite, 113
during a carbonization of calcium hydroxide at 700; ut 800 to 9:)0,
the amount of aragonite increases. Aragonite (free of calcite) is
successfully obtained when a solution of calcium bicbrbonate (w~.ich
is saturated at a normal temperature) is heated so that the teauperfl-
ture of crystallization Is near 1000. When a pure aqueous solution
of calcium bicarbonate is heated, mi-carbonate in the form of small
hexagonal stars and lamellae with Np of 1.550 Is obtained at 630 to
650. At this temperature, under acid conditions, the product is
comparatively stable. Waterite obtainod In ttie form of' spherolite3
by curbonizing a solution of calcium hydroxide appears to be
uniaxial and negative; its Ng is 1.584. Waterite and mi-KK produce
identical X-ray pictures. At 4190 to 4850 waterite passes Into
calcite. Its thermal curve shows an exothermic maximum at 4590.
Transition of the Ural aragonite into calcite takes place at 4440 to
504c (endothermic minimum at 4720). The presence of soluble
chlorides and sulfates affects the form of crystals and changes their
surface. Chlorides increase the number of crystals and decrease
their sizes. Sulfates cause the formation of somatic forms 31rnilLr
Card 3/4

Varieties of Calcium Carbonate (Sont. )
lb-57-12-1734t'
to aragonite. Albumins and carbohydri9tes increase the -qoluh..-"'--.- of
calcium hydroxide and at an increased temperature aid the
of stable modifications of the I nvos tigatod compounds. The presen,~e
of Mg Ion neither inter feron nor tj Ids In the formatIon of artir-)r' ,-u.
Card 4/4 Ye. Ye. Kostyievt,

6827L
Translation from.- fleferativnyy zhurnal. Kh1miya, 1959, Nr 10, ~ 2')
AUTHORS: Osipov, L., Oshis, F,, KjmqUg-,j-
TITLE: Catalytic Decomposition of Ammonia
PERIODICAL: Uch. zap. Latv. un-t, 1958, Vol 22, pp 101-10i--)
ABSTRACT: The thermal decomposition of NH3 has been i nvesi- I va* cd -i-,!e! 'h~ -1,~n
conditions of the gaseous phase in the presence of -a*alj~'-s.
magnetite, Fe-chips, ferrosilicon, activated ferrnsili~,TI.
catalyst containing the oxides of K, Fe and Al, etc
lyst proved to be magnetite, in the presence of wi-ii -!-. N!~? I- ~ i,;;,
quantities already at 6000C. There are 17 references
From the aut,hors'
Card 1/1

7_7
2_
Phenomena of metals and.
-
n'
" Compi:S1111=1 of the produthe Iron iomillon In solutions of
kid
S3
hlo
id
f
l i
d
k
It
i
~n
of Corrootin Ir. salt s
. on. Di6tributIon
su_~'-lum wrosion in potassium salt solutions. -, L. . 1P
tv o
alkal
n
P
ne vath moth
a. r
c
r
g
,
a. 36), 19-20(in Rwhin; Latviati
No. I I(N%%ote 9 T I
7- 1 -M *113 JJ~ tin 1 .1 . .. 11 N;-jna~M, 130).--Steitt was twTuded In O.OOIJV-2N "a-k. 0
__
_
_
NT6. 8
T-7TFiTTU2
R I I !!U 1
. NaCl, KC11- MgClu and CaCls for scmal montIzs, and the
N,~_ 1-. 1 7-13C it In 14%tvizo, 114-16); corrosion prodnctsa)wcru-studlcdby%-rays. Theamt.of
c I ically sur, .11d"1 At s3inples
-
d-
h
i
b the fitsol. I was rehitively independent of the nature of the
001N
h
t 0
t
d
i
h
hi
th
b
u..
1 )ITO & in
t
t d
stri
H I -
.
cri
c
w
Vonen. reac
ng a max. ;i
in,
u
ante
t
'

ti.)n Of MTUSiOA fOlMS was studied microscopically. Filur Ilia pit dO .6 at thee d
ZA 11

ftxq;s of corrosion products were ob=vcd: small hilh or 'Mc colw of I was ytIlvw-brown In dil. tolvs.
or the axot.
4j-,lt(.r3 (1). glassy Zipherjeal accumulations (11). loose ac- unit ted-brown in coned. solos. I were bighly (ILsperFed,
curaulatious resculbling vies (M), and thin adherent Jay. especially at bighsalt coacn., and one dark and clue light Coll-
d-
bw
i
Id b
dl
J
ui
h
i
ll
Th
k
l
crii. (IV). The no. of I birmsad, ivith KCI conan,, reaching ~
tuent cou
st
ca
e
st
e
s
e
m
croscop
y.
ng
-

Mail. at 0,5-IN, and flen di-crea"_ Shnihir v2riation oorro. Y."M
Mun pioduct in all solits. and In pure watez
IMS observed in Ilptu. of Cu oil At train C-jSO4 ,ohts. The ~-FeO(011) (11), Identical 1vith the mineral IrPl4oc-ite.
ll
ll'O
1l
formation of the cratcrliko Ooatlons; Is explitined:_ the The srcond solid phase wns inartictite, Fe
:,
(Fe
t) A
birbly polyvicrl2ed forms of At hydroxides art: staLlifized at formed by a mctiun of 11, or of the sot, Fe ion, ivilh IL
!hCatiodiereginn with At*' * atto shnitar I'Vith an incrratr In concrt. of Cl-, the relative arrits. of III
jolts-, the rcdltlvvly ch~rgM jarlitcles move citf-trophoret-
i
h
l douvwd. Tbv. aititi.oflll Yarled with the t1pe of cation
i
M
C

c31
y to t
e clithodcs cu !he surface of the initW oxide film,
OH- them, and are partly di~wlved with: formation
meet
o% .
a.
E~ rat
g - NA,K > The coren. of ". Fe ions
wai ktwrcu 1.5 X I" to I X 10-tAf, increasing vrith the
^9 nltiminmeq and narilv recharged to beenme neg, bX ad- salt, concri... It iqktppc2e~ that the It dislicirsity of the
. .. . tg~tr .

win for the retarU*.%Ticrn 0l
on-
caund tT- the, -Iturdla I of 1. vil. ChOMICA and pb"
7 F.
-,F i s ' ~n i m z r" -3 k i y I f a, o c: yy o.~ ta v u k v k o r r
1% 7 -.C -,Iz tV
k ~,i rn . falk
tv
~3- n-d-~Y;~ LA, tDpls , V I . I

5,7
F7
-6
it

:S S !,zlConoldichvnIcal Pbenamenk at surfaces d 3vetal an
t rozardAtion of corrodon 16 341 Ablupons. X. cbeww
and pbase compoldon of produtis of torrodw"of lead In.
Water and Z,.OMS*Ud
]a LaW
TSR Zi
Aka
&
L
as
.
x
.
?)V
No. 1! lztvian Mnnv
MU No. W). wgl- lwi-l.;
cf.'C.A
mwy), - 49, 5250S.-Ut prod uet of corrosion of Fb
'
'
M
distd. 17*0 exposed to
and
r was MC03.Pb(OHN (1).
the pH of the water durioX, the corrosion proms was,
stabilized at B.O. In suIns. of KC) bdow O-ODIN. the'
co=Aaa products were Oso 2., Im OADD) N to 0.5V vibs
the productswere I and a n oxytMorlde, tequilvOy Ide
as 2PLJOH)i-PbCh:(H) ; but d"ttly not FXOH)CJ.
Abm O.M. the produc

BeI
0
b3
dd
(111 ts weml and 3`10-stil. compli~ Pb
-Int
-
5N
PbC(3
ill
ft
o
rm
et
c
c3
.
om
).
ttg
;
1, resu
attioll with COS from air. Was also deterled 10 the pn~duetq.
The sumt. In the commion vAte oy. KCI conca. curve at
alned by IM=tion of coarse C~Al. 13,
i0.054Y Wit. Is expL
aM an6lbtr n=. at concil. above 211 by Joy m.11an of 111,
In O.BN to UNYMCCh."Ibecoryw3cm ~ivduct was FbM.
XII. - * Cortn4on W stotl and Ila rthrdation In solutlons of
inevind emd add esibwAtes (RECOi and XjCO,). L,
LitVIVA and A. valvad3. . IUL 1033 No. 1(11%ble No. W),
ryj; d. CA. 40, C07
commion V1 ebturholl Steel vras btuditil Uttler Statil Cond[-
tions in SaIng. of KIM (1) and KHCOt (11), open to nir at
In solits. of 1, the coffosion hitv (4.!8 mg./sq. em;j
d
-1 t,ot varytitl ejum. of I frinn.0 to O-GIN, the
i,

77

I comosion Iluw.ilth time., And- the cot*W& nc 5
Z.
wat yellow-brown and did notad1we to th Surface of steel.
Abois 0.023N,,the prrAactx brcme recolsh brmm ad-'
Won bomme slowa wil In-
l
AM th
d t
t
h
ee
e tDm
ere
o s
.
I.Tax* twen, of 1; - abo" WN 3 Ifto toffogon w" j
and WiStet ad.
MtrA tit
sDb*. above CZN at lown pH than in adins. of 1. It Is

hat the wa in Oll. SOILS$. 13
pvd
Pff
ad, pe(mcch)s, w 1d) Is 6Adlud to 4WO. *-FLOD(OH) (w)
ti
Ith
t
)
ft
di
f
th
c
t
1
so
c
e.s
tc
s
m
rom
e r
St
is
some
,
-tanw. telArd corroslan tMelently.. In more corm. "las.

AM AtbIlber ot Kq. ptmp and
r1wary prodiief h In
the Secondary z Ini
Anod)c wras, The ingurm 61 pli 13 axpldntd by abs"va-
don3 that st pll 11, the stable form Is XU nther than T-
Fe"OH) (W). Nna the touo~l pardeleg Of In ure pwi-,
Aivvy,butthwe 0 TV teptively tharpril,ant3ectrophorett
bloclLinx of awfi- arew I.% ro:SsWc Vath M but OSS1 with IV.)

pvt

OSHIS. 2. F.
OSHIS, Z. F. -- *Chemical and Phase Composition of the Corrosion Products of Aluminum
and Iron in Salt Solutions." Latvian State U, 1955 In Latvian (Dissertation for the
Degree df Candidate of Chemical Sciences)
SD: IzveE&LU Ak, Nauk LatyInho-y SS , No. 9, Sept.. 1955

SOV,'76-"----,
L. 7~ v, ~e "a., Z. F.
Uxid,tion Yin-ti-s of iron in Aquoous Sol,.,I.io7s
I-s )+K i0 (K HYC K CO Y i r - t i k a o 1: P 1
t
1 4 3 4 11 4 9 _- 3)3
~-,za v r-istvorIt!,h , -7esey sol ry cimi K2 so 4)+
c 17"71,0 Y,CO" T
T 1) 7 17 1 fi -i,!-ic-skoy khimii Vol '~r 2,
r -7 T- D
o. i P r. t -.e 3i!- of obonrv-~I.ions in previous inpers (Rofs
i t can -F-m-,-d t!,.:A the prevention of iron corro-ion
i n --L:ti- tl f7alt nollitions 0, -.11-Ai metals (Chl-).--iien,
Sulfat-2) oc-,,.rs throujh nr: e'-.-.ctropho.-F?tic blnckin,~ of
ti-,c- seG!-.e-ts of t-:e mctal mirface by tY,e positivcly
char ed y-FeO(OH) particles. T~A~-- arsumption is cc)rrolcr.te~
by V. e d r, r L i -Aionr of the potentiA of irDn
e 173 11, 7 T',,e rca oxa dat ion in carlonate -nd te
F o ~ i t : n n o f " r -~ -~ '~,,j 1 i -i ~, t,-i 1 s i s n:: v e 7- t -- I e s 9 h i r; 1
b-y nr, -,itivcly r-*,-,Li---e~, a-Fe(OH) -firti-les 'ind this c,tr.
1 rz~ J to -, inf-,--iv-tion of the :11letal s,)rfp(-e (R(,fs 2-6). For
d I thi r, ri-n f~ o n i t s I i n t e r e c t i n t o ca r ry o u t. i n N, .,:- t i 1. ~ o 1,

c r n i n -)u 5 S-1 i o - s o t ~ I-,
S, t Y t 7 +r' i ir~ H K,
rc - f t ri t Q s - t A fee;
---:!c;=inp-, t s t t -L r re ven n -i ri~
s "y I ~3ht T- 3ul I yn nfikava -!:.I K.N('!':r-1 7 Dv (a?
Ro n-or,; J.' -'L Y
I-r I Ye . I . ' I - .. I , ,
f (" Id ( ': 0 1
k an I o t !-.c- r P f7 8 - 1 1 nA1 i t
t-, l",V'-t.ti on of corroii on III,
t' omi 1 .1; oil t o f t f t t, s F') r
re -i )n t..o kinctir:- -~ I t1.(, of t',,c iron cDrr- 7: )n
of .11 1,1
inv t i -~j f_)r
P, 2 A 4 0 K,H! 0 41
P. o I on~! of t :~-:lts at
F,;r tl.~
F, I- t I? 10(c
"42, tnc- r,-
r- t Fe ri -i:;e! . I t
w -- r er v.--r! t '.a t, incrc~!so in t' 1~ or c:tr`-o,.-.te
concentrqtinn 'Fi--- ) ~,-it~: a t concentration of
KCI or (tin, -er 1 C', n) ac-c' -r-ite~ the corro7ion -'t
t: t' im tlii:: o"r .(-t tliroui-h ri -~ixim'ljm
f ith -j r tio of t~~e inh-lbit-)r t,, t:. 7 -.1 t -) f
1 t,,-) ex hi b 4 t -i p i v 1 t i r. e f- 'cc t . A t o on c en t r . t i o - s

o" Tr-)n in Solutionz; of t~.e SOV/7
t :,r
., 1 4
of i:cl n n o 1' !1U-. -1: t k~ 11 I's I n'! t r- -1 i qr~ n-~,t
: 1 ~.;. _4 I- it 0 C', T t i s -i " f-I I :I e ~t " t -.,. i t :-! -- ! II I t
c ei: i o:..,i -~n i n 1A 1. 4 tinn ~f t.l.., co-rr?:-,jnn nc-irf~
70-ov- az~ou:lli,t ion, l'y
:il, h411--' r - i,c-rA.,,:,.tion:; of tic inhibit )r !1~, Jive
blncl~ t..;I ~~ollic set;- n t T 1 -. eril-~nrv~-d xi-rum
o r. t e c o :- r,~ F; i ~) n - - o r~ c (, r 11 t : - t i n n- -rvus is .--- Y. I - 4 n (- ~~n to- s
! r! o vc, r - c!,% r i , i" rJ t'~v ;,:trti -1,r, -.-ni -h bl,wk t:-.-,
,"Nce. Tho.-, itre t' fi`l;T'C'q, t 'l ~ 1 1 17 r
12 of
Tr * tit t:himi i of
Sc i o L t v t i f u t - i . - t ry

CHINODANOV, V.S.; 0SHITKO, V SULTANOV, S.A,; VAKHTTOV, G. G.;
POLUYAN, I.G.
Conversion of reserves wid the determination of the recovery
factor -' a flooded se-filon of revervoir D, i, the Bavly
field. Neft6prar- deIr, r,.Ir'13-15163 (MIRA 170)
1. Tatarskiy neftyanoy nau lm~,--'ssledovatellskiy institut,
g. bigullma 1 Neftepromys.-c'VI-ye upravlenlye "Bavlyneft".

1; SNIGIFW,.7.4., slesw-1;
M.Ya., master; YELCHEY. G.A., slesar
KAWOV, V.G.. sleaar'; NADIKIN, N.A., usabinist elektrovosa;
OSHIVAWV,I-L, nashinist slektrovoza; PANCHINKO, P.M., masbinist
elektrovoza.
Brush-holdor units must be improved. Elek.i tepl.ti a 2 no.4:6-7
Ap 1!59 . IMIRP 12:3)
1. Blektromashinnyy tsekh depo Zlatoust Yuzbno-Ural'skoy dorogi (for
Deyev). 2. Depo Zlatoust-Yuzhno-Ural'skoy dorogi (for all except
Deyev).
(Electric brushes) (Electric railway motors)

"E'
11 L~IGV., Yuo7a.,! OSHFJfJEROV, S.P.
14pthr.68 of ul-, ,
heating of Iron. St,-. -at. Lii~. AN
URSR r, - -I " tt" ( Iff RA L- r8)

GRIDNEV, V.N.; MESHKOV, Yu.Ya.,- OSPSADEROV, S.F.
Critical points of pure iron during rapid electric heating.
Sbor, nauch. rab. Lnst. metaLlofiz. AN URSR no.18:96-99 164
(MIRA 17t8)

.t*"U, - -- -
_nmii

ilk
me --a A 14 :lk -!SF

6RJDNEV,
r L3 rrf nc,

C,fl I DNEV, V.N. ; 1-TISI I KOV , Yl;. Yll. ; , 11.1 .
Dllagra2 of Lhe forMatj--, -,
, r f & _, s *.,p,,~, , -'.1. z '- c- '"
S: bo r . na u c h . t r - d . : n s t . -,, e Th 1 1 o f ~ z . ,'~ I " -, r, c . 2 (): :4 P - -
164. ( , f Bl,~ I p : , ~

I-EISHKO'." Yli.Yu.; *, *,.i'.; 1 6,
F,juipment for r-omj,-ex irivtEtipa*,~()rr ~.'- zransf-r7pat4~ns
tinder the effect of rapid heatirig. bor. . rla,c~.. "mit.
metallofi?. AN ',*[,,,Si,. nt).,'Ct:198-202 t t,i. .
("'JvA 18:' "

- L UU -, - -
" H KUTA, LUG"'LEY, ~ j., dokr-c- ~e,~.n.naulq OSE-MYANSKIY, :.B., gornyy inzh.
l'otojitlah! c~ m ra.-I -i,,- n C . la *on. (jur.zhur. nc).3:1(~30 Mr 16'~.
(M - -, ~,, 1. F: r I
1. G'~,vnyy inzh. U.iravllen,y- -~--rnodobyvayushchey
Pr ~ - :
.,,nel n~)v.,i; c,--c ~7~- . - t.;~ i,, YhC)7.Vayf,-V.1 (fcr Shkuta).

Firs- f nd o' ':(--,at,'~-ae the
Karfiranda -Pasin. :,Cki . -sr,7~
nui,chr,
-,ted ju,:" P

T

rw)ln or ROW-
L
r-
Isr
V
AA~~~
-a
a Ar,
.
Lg,
Tr. Ik
KhIM
wn
.,
,
rI -CO-M N VO
dro
p
with -drup of 6-6 ~q ConL
oindlit-l-. 3-diom SOIL WPO - tt Violet
-SOr
2
Pr 2 i%-) S mill, violeL --bkck Ibnb,
A,w antL aft
cL
Lc~:,-Agon--jj rabtei,5 of flio ferroux compound. The
minimum amQujit of Fe detKtatdo i% 1-5 jig, Fid
V'

tile litniting 4autiou is I in 6600~' ge.~ c .
lomin
A44
iM Cv ~ an 0 "but

pmt.' ppl.,
ti
at IZr " OM AIC not
DO tept ate;

0.0
-xd I~k SO,", CV, No V
'
~
L tj~trAtz, Ouc-cl
to an
t Diall" - lUtjjja
otho 4~104s; - V - largo Arnoun of V and B
daxk '~om
lex
int
am b av~ a the formation
or,
p
'34
....
.
. . ....
..

-7 7

AUTHCRS: Vanag, G. Ya., Oshkaya, V. F. JCV/?'~-2 2--f-I 8/63
TITLI;: 4-Nitroindandione-lp3(4-14itroindandion - 1,3)
PMIODICAL: obshchey khi-nii, 1953, Vol. 28, Nr 6,
P:,. 152C - 11,24 (U,SR)
ALSTFLACI Amonr the indandione-1.3-derivatives physioloEically active
pounds as well as reaf?ents of great analytica: valuu~ were fcund
the latter remark applyinr, especially to the analogs of the in-
dandione. In looking for new analytical reaEents in this Croup
the authors believe that, different from those already known,
various functional (roupo can be introduced to tho berizent, rine,
of the indandione which fact has hitherto been little used. Lased
on theoretical considerations the indandione derivatives with a
negative (electrophi-lic)substituent in the benzene nucleus MiEht
be of special interest, which also was the reason for preferrine
the syntheois of 4-nitxoindandione-1,3 to the others. Of the two
known syntheses of indandione-1,3 only the one could be takeL
into account which consists of the condensation of the pht,alic
anhydride with acetic anhydride and the isomerization of' the ob-
tained phthalic acetic acid b-, sodium ethylate to the indandione
Card 1/2 (see scheme 2). In the present case, however, the acetic an.ydride

4-Nitroindandione-1,3
S,V/79-4-S-6-18/63
had to be replaced by malonic acid and the condensation ~~ad to
be carried out in pyridine in the FTeSence of some drops of
piperidino at low tomporature in order to obtain the nitroplithalic
acetic acid (see scheme 3). The isomers which had to be theoreti-
cally expected did not have to be determined as they had tc yield
one and the same product in the regrouping, viz. the 4-nitroin-
dandione-1,3 (IV), which was proved by the experiment. This final
product does not cryst.~,Iize well, it dissclves with hn orange
color in alkali li~juor and in acidification is again separated as
initia2 product. Cn heating with wat--~r the /.-nitrc)indFrcione-l'3
turris reO-violet. The dioxime (V) proves that it ccntains two
carbonyl groups. The product of the conversion with benzaldehyde
(VI) points to the presence of an active methylene group. Thus
the formula (IV) set up for the /-nitroindandione-1,3 does not
cause any contradictions. There are 6 references, -3cf which are
ooviet.
A6:~CCIATKN: Latviyskiy gosudarstvennyy universitet i Hizhskiy ~h!nIIkOf'hT'T'4I!--ev-
ticheskiy zavod (Latvian 'jtate University ahd Riga Chemical-
Pharmaceutical Factory)
SbEMIMI: June 1C, 1957
Gard 2/2

OSHKAYA, VjOakaja, V.] (Riga); VANAG, G.[Vanage, G.I(Riga)
Condensation of phthalic anhydride and phenylacetic aeld in
triethylamine and acetic anhydride solution. Vestis Latv &k no.3:
67-76 161. (EKAI 10:9)
1. Akademiya nauk Latviyokoy SSR, Institut organicheakogo sinteza.
(Phthalle anhydride) (Phenylacetic acid)
(Triethylamine) (Acetic anhydride)

OSHUYA, V.[Oskaja, V.]; VANAG, G.[Vanags, G.]
Condensation of nitrophthalic anhydrides with phenyl acetic acid in
trietbylamine and acetic anhydride solution. Vestis Latv ak no.6:
57-64 '61.
1. Akademiya nauk Latviyakoy SSR, Inatitut organicheskogo sinteza.
(Acetic acid) (Phthalic anhydride)

OSHKAYA, V.-(Oskaja, V.1; VANAG, G,(Vanags, G,,]
Gondensation of phthalic anhydride with bawyl cyanide and netb7l-
bezyl ketone in a solution of triethylamine and acetic anhydride.
Vestis Latv ak no.8:45-52 '61.
L Akademiya nauk Latviyskoy SSR, Institut organicheskogo sinteza.

GSHKINP N. _T"_i=h.
I-
Effective technique In repairing the fuel conduit of the ID12
diesel. Elek. I tepl. tiaga 6 no.9:27 S '62. (MMA 15:10)
1. Dope Tallin-V~ajyke EBtonskoy dorogi.
(Diesel locomotives-Repairs)

OSHKINs- N.F.
Repair of a prehenter boiler of the TU2 diesel locomotive. Elek,
i topl.tiaga 7 no.2*7 F 063. (KM l6s2)
1. Nachallnik depo Tyurl Prijaltiyakey dorogi.
(Diesel locomotives)

OSHKB3 P. A.
BLTUMENTALI. R.M.; GIRICH, A.I.; ODBCHARIK, A.K.; GUSEVA. T.P.; ZHITKDVA,
L.A.; IOFFE, A.M.; KUISHIN, P.D.; LIVINA,
PAPRDTSK17, T.V.; RrA V, A.B.; SAMOBOV, N.A.; TULLTKOV, T.H.;
USTINOV. I.M.; FAYN, B.P.; SMFMN, D.L.; KOIOTIWV, Vaviliy
Ivanovicb, red.; SVTATITSKATA, K.P., vedushchly red.; TROFI?VV.
A.V.. tekbn.red.
[ZquIpmmt for the petroleum induotry) Neftlopoe oborudoyanie.
Vol.5'[Petroleum valves and fittingsj Nefianal* armatura. Moskva,
66m. nauchno-tekhn.lod-vo neft. i gorno-toplivnel lit-ry. 1958.
?47 P. (MIRA 12:1)
(Petroleum Industry--Equipment and euppliqs)

OSHKIN, P.A., inzh.
Shortcomings of B-505 excavators. Mekh. stroi. 17 ac.10:23-?4
0 l6o. (KIRA 11:1C)
(Excavating rachinery)

STARSHINOV, B.N.; LISTROUKHOV, M.Ya.; KOCHINEV, Ye.V.; Prinimali. uchastiye:
TARASOVV D.A.; SOROKA, P.F.; KARACHENTSEV, M.D.; OSIXIN, V.T.;
KORNEV, V.K.; POPOV, Yu.A.; DOLMATOV, V.A.; AYUKOV, A.S.
Blowing-in of large blast furnaces. Sbor.trud. UNIIM
no.11:27-32 165. (MIRA 18il.1)

OsmaliA, N.I.- SKLOVSKIY, LV.. red.; NIKITHIIKO, A.A., vedushchiy red.;
!)OL069hA. A.S., tekhn.red.
[Catalog; Spare parts for petroleum equipment] Katalcf; ZaDSsrqe
chasti k neftianomu ohorudovaniiu. Moskva. Goa. nauchno-tekhn.
Izd-vo neft. i gorno-toplivnoi lit-ry. Ft.2. (Equipment for
drilling wells) Obonidovanie dlia burentia nkvazhin. Section 5.
[Pulley blocks] Talevye blok-i. Ho.l. EU4-130-3 Pulley blocks]
Talavyi blok U4-130-3. 1956. 6 p. (MW 11:5)
1. Soyuznefteburmnahromont, Gosudsrstvennyy,soyuznyy trest.
(Pullays)

OSHKIWA, EATS, I-N-; POIJOKARI&VA, Ye.V.; SKLOVSKIY I I.V., red.;
-'ftik&A, Ye.A., red.; KHIXBBIKOVA, L.A., tekhn.red.
LCatalog of spare parts for petroleum equipment) KAtnio-:
Zapasnye chasti k neftianomy oborudovaniiu. Moskva, Goa.
nauchno-tekhn.izd-vo neft.i gorno-toplivnoi lit-ry. Pt.2.
LEquipment for drilling wells] Oborudovante dlia bureniin
skvazhin. Section 17. LStationary drilling Installations]
Uetsnovki burovye statsionaraye. No.l. LUralmagh 5D drilling
rig with five diesel drive] Burovnin uBtnnovka Uralmnsh 5D
piatidizellnyi privod. 1957. 71 P. (MMA 11: 1)
SoyuznoftburmAshremont, Gosuderetvennyy aoyuznyy treat.
(Oil welldrilling--Yaquipment and supplies)

05HP /Y/
Subject USSR/Aeronautics
Ca rd 1/1 Pub. 58 - 12/16
Auth(Dr Oshkinis, B., Designer
Titilp 11der BRO-9
A ID F
Periodical Kryl. Rod., lo, 18-19, 0 1954
Abstract This is a description and diagrams of the glider BRO-P.
designed by the author in 1952. Diagrams.
Institution Written In the city of Kannas
Submitted No date

AID P - 1.650
Subject USSR/heronautics
Card 1/1 Pub. 58 - 9/19
Author Oshkinis, B., Designer
Title Glider "Pioner" (Article in the series "What mass-produced
glider do wc neeo?")
Periodical Kryl. rod., 3, 9-10, Mr 1955
Abstract The author suggests the mass production of a simple
glider for primary training. He gives its specifications,
performances, and building cost. Photos, diagram.
Institution: DOSAAF (All-Union Voluntary Society for the Promotion ol'
the Army, Aviation and the Navy)
Submitted No date

S
AID P - 5543
Subject USSR/Aeronautics - Training of Glider Pilots
Card 1/1 Pub. 58 - 2/20
Author Oshkinis, B., Designer, Head of the Kaunasskaya
CETtFu-a-n1-a-n SSR) Glider Station, DOSAAF.
Title A new contrivance for ground training of glider pilots
Periodical Kryl. rod., 1, 2-5, Ja 1957
Abstract Detailed description of a contrivance permitting a thorough
ground training of the future glider pilots. The aircraft
servIng as a trainer is placed on a long counter-balanced
beam, which is turned in the direction of the wind.
3 drawings, 2 photos.
Institution : None
Submitted : No date

OSHKINIS, Bronyus [06ki-nis, B.]
I -,
Perfect organization brings a good flying time. Eryl.i,od- ..
no.9:14 S 161. (M IRA 14: 9 It
1. Nachallnik Kawiasskoy planernoy stantsii.
(Kaimas-Gliding and soarine)

KHAMZIN, R.G.; VASILIYEV, II.F.; OSHITKO,
Ex I. ic) I tati on of ncn,~ni form prudur: i ng layer-'3 of ,,)T- I zon D I i n
Zay-Yaratay area of the Rom .91.kino oil field. Geol. nefti I gaza
9 no.4:10-13 Ap 165. (Na?,A 18:8)
1. Leninogror,-.~!wfO.

POWM/Cultivated Plarits Ornamental.
Abs Jour Ref Zhur Biol., Nc 4, 1958, 159o6
Author We 0811kiais
Inst
Title Corq)arative Reacarcli on the Effect of S(rreral Gr,,w'~..
Substances on the Graft Routing of the William Stno
Variety uf Hot.iouse Carnation, Dianthuo caryophyllus.
(Smn.itelInyye issledovaniya vliyaniya nekotnrykh
rostovykh veshchustv na ukorcneniye cherenkov toplial,
noy gvozcUki Dianthus caryophyllus sorta Vil'yam, Sim).
Grig Pub Acta agrobbt., 1956, 4) 191-202.
Abstract The best results were obtained from naphthyl acetic
acid in 0.001% solution,, th:Ls process not only yielding
a higher percentage of root taking but also speeding it
up.
Card 1/1

RUMNIA Cultivated Plants- Fruits, barries. M-7
Abs Jour : Ref Zhtt, - 13jolog:-ya, No 13, 1958, No. ~,8764
Author : Konstantinescu, G.; Oahldbyanu,,14-
Inat : Rumanian Aeronomical Institute
Tit lo : Theories Concerning aften Pruning-Pinching and Nipping
of the Vine
Grig Pub : Biol. Zh- Akad. RNR, 1956, 1, No 2, 187-194
Abstract : Observations conducted by the Scientific Research
Agronomical Institute in various regions of RPR in
1949-1953 shaved that the appearance of embryos of
racemes on the sprout does not cause an intens ivo
consumption (of assindlation products before blooming.
The growth BlOVS up with the beginning of blooming.
The greatest amount of withering away of buds takes
pla,ce during the budding phase or at the beginning of
the phase when the f lawors open. Nipping, carried out
Card 1/3

RUI,WffA Cultivated Plants. Fruita, Berries. M-7
Abs Jour Ref Zhur - Biologiya, No 13, 1958, No- 58764
before blooming, interrupts the growth for 7-10 days
and intensifies the flow of nutritious substances to
the racemes,- thus diminishing the number of unsucceBs-
ful buds. The yield of thD Galbenn and of Furmint
varieties increased by 21-32%- Nipping also increases
the yield during the following year. The berries consume
only 1/3-1/4 of mitritiouB substances during the ripening
period. After ripening of the berries, the growth of
the sprouts continues during 10-15 days. Pinching
carried out on 6 leaves from the top of the sprout
during the ripening period, or 2-3 days before this
period, removes the "consuming" leaves ard arrests
the growth which would cause the appearance of such
leaves. The racems, in this case, receive better
nutrition during 1-2 months. For varieties growing
vith mini-im daylight (Proles orientalls, Subproloa
Card 2/3
155

MJMA-NT-A / Cultivated Plants. RmIO, Berries. M-7
Abs Jour i Ref Zhur - Iliologlya, No 13, 1958, No. 58764
antasiatica Negrul), pinching is an absolute necessity.
The yield increnent it this case is 9.1-9.4%. --
I. K. Fortunatov
Card 3/3

RMNIA/Cultivated Mnts - Fruits* Berries* M.
Abs Jour : Ref Zhur - Biol., No 4. 1958, 15783
Author : G. Konstantinesku, M. Oshlobyanu
Inst : -
The Grafting and Vines.
Title Pinching Out of
(Prishchipyvaniye i chakankia vinogradnoy lozy).
Orig Pub Gradina, via ei livada, 1956, 5, No 5, 35-38-
Abstract Tests were conducted in 1949-1953 at 6 viticultural
centers. The grafting was done before florescence,
during the flowering time.. on 2-3 days before the ber-
ries ripening began and in tile period of termination
of shoot growth with 2, 3, 6 and 8 leaves* The pin-
ching out was performed in the middle of the flowering
period on the second-third day after the flowers dropped
off, up to the period of berry ripening and in the
period of shoot growth termination, with 5, 10 and 15
leaves. It is recomended that shoot grafting be done
Card 1/2
144

MMMIA/Cultivated Plants. Fruits . Berries.
Abs Jour: Def Zhur-Biol., Ho 5, 19513, 20520.
Author :.M. Ochlobyanu
Tnst : -iD ~-
Title : The State of Viticulture in the People's 11opublic of
Bulgaria. (Sostoyaniye vinogrudarBtva v liarodnoy Respublike
Bolgarii).
Orig Pub: An. Ilom.-Sov. Ser. agric., 1956, 10, No 6, 71-0"
tbstract: Resulting from the author's visit to viticultural and
wine-mking institutions, organizations and farms in the
rayons of the cities of Sofia, Plovdiv, Plevna, , Trnovo,
Rase -and StaIin, information is given an the state of wine
mqking and viticulture, the area taken up by vineyards,
the correspondences between table and wine varieties, a
list of the most prevalent varietien of grapes and species
Ci.~ rd 112

SAVDLER, A.B.;.PPPL)WISKIY, A.I., inzh.
Manufacture of women's footwear with uppers made from artificial
leather. Kozh.-obuv. prom. 7 no. 1103-38 X 065 (MIRA 19o1)
1 Glavnyy inzhener Belotserkovskoy obuvnoy fabriki No. 14
(i0-.- Sandier).

13 -, - 5k - t, -1 19 54
Translation fron-i Refcrativnyv zhurnal. Mctallurgiya, 19~8, Nr 0, 1) 1 10 (USSR)
AUTHORS Rvabov, Yu.F., Okunev, A.I., Kirr, L.D., Oshman, V.A.
TITLE Distribution of Certain Rare And Disseminated Elements in the,
Treatment Products of Colipt-r- Ores arid Concentrates (Raspre-
Glelenive nekotorykh redYikh i rasseyannykh eh-t-rivritov v pro-
duktakh pererabotki rnednyl(h ruct i kontsetitratov)
PERIODICAL Byul. tsvetn, metallurgil, 1957, Nr 22, pp 24-27
ABSTRACT Tables of tht- distribution of rare and disserninated elements
at various stages of conversion at the Karabash and Kras-
noural'sk copp-i- smelter are, presented. Under conditions of
pyrometallurgi(al treatnicio, In, Ge,and TI chirfly go into tht.
slags, Se and Te go irto the blister Cu and the dust, and Cd
into the dust.
Ci S.
er
Card I/ I

1 17 - I
Translation from: Referativnvy zhurnal, Nfetallur,liva. IQ5,-.
AUTHORS~ Okunev, A.I., Kirr, L.D., Oshrnan, V.A-., Ryabov. Yti.F-.
TITLE The Distribution of Rare and Disseminated Elements in Hic Mi'-
ing of Ural Coppcr-and-zinc Ores by Separation of Independo:.:
Concentrates (Raspredelenlye redkikh i rasseyannykh elerricn-
tov pri obogashclienii ural'skikh medno-tsinkovykh rud s
eniyem sarnostoyatel'nykh kontsentratov)
PERIODICAL: Byul. tsvetn. metallurgii, 1957, Nr Z3, pp IZ- I i
ABSTRACT: The Unipromed' Institute has made a study of the distribu-
tion of rare and disseminated elements among the various rniil-
ing products at sections of the Krasnoural'sk and Karabash Ore
Milling plants. The results of the analyses show that the Cd.
In.and Ge contents of the Zn concentrate exceed many times
over the contents thereof in the starting specimen. Howe-ver,
the total extraction thereof in the Zn concentrate is cornpara-
tively low, and it is 67-85% in the pyrite concentrate and tail-
ings. The concentration of rare elements in the Cu concentrat(-
is less, owing to the separation of Zn concentrate, than is the
Card 1/1 case in flotation involving a combined Cu-Zn concentrate.
1 ' A. S h.
~.opper ores-Processinj ._'. Zinc
3. Rare ear-,h elemen~s--Availabliity

5(2)
Candidate of Chemical SOV/32-24-11-14/""
AUTHORS:
Sciences, Ogorodnikov, K. V.
TITLE: Seminar on the Analytical Chemistry of Scattered Elements
(Seminar po analiticheskoy khimii rasseyannykh elementov)
PERIODICAL: Zavodskaya Laboratoriya, 1958, Vol 24, Nr 11, pp 1423-1423
(USSR)
ABSTRACT: The seminar mentioned in the title was held by the
Sverdlovskoye otdeleniye Veesovuznogo khimicheskogo
obshchestva im. D.I. Mendeleyeva (Sverdlovsk Branch of the
All-Union Chemical Society im. D.I. Mendeleyev) , the
Ujrallskiy Dom tekhniki (Ural House of Technology), and other
organizations at the city of Sverdlovsk from June 23 to 28,
1958. The seminar was attended by 50 participants from 27
plants, mines, and research institutes of various fields.
In the plenary sessions reports were given on the use and
modern methods of determination of rare and scattered
elements. The participants in the seminar dealt with practical
new analytical methods in this field. The participants were
informed about rapid methods. In accordance with the desire
Card 1/2 expressed by the participants, the Ural House of Technology

Seminar on the Analytical Chemistry of Scattered SOV/7~2-24-11-31/~-
Elements
will hold a similar seminar on rare alkaline earth elements
in 1958.
Card 2/2

A16o/Aiol
AUTHOR: A.; CI~SL,..a~~ova. A. ?.
TITLE: 1'se of' t3lailic acid Z~s tile uol!ector. When _a- T
r-mounts of ind"um
PERIODICAL: ~`,efera, lvnyy zhurnal. m~,-tal lurl-1,.a. no.
("P~nim. , fi7.-khi.m. L spektr. -metodly !s2led. rud r,~-(- '..
elemenLov", Mc~scovi_ Go5geoitekialzdat, 19b1,
T aT: A poiarc;graph~ c methud of deLermin'.ri., :n after it-i pre;
ration, I.-, the form of a bu-sic su--f I te, by a combined nydrolys.-i s w 1 S11
is descrilbed. Ar, amou:.t of 1 - 10 g ore ( a concentrate, matte,
t1on, etc.), containing 0.01 - 0.00012 %, of Li. is heated Logeth,~-r ~." --t 'I
porated down to a syrup-state, supplemenLed with 10 - 10 ml j, aq; ,a r T, it
is added too, If necessary), and boiled down to dryness. slagz axr!
in the presence of I - 5 ml HF. If Sn is present, 'It is removeu ~,y 'k
peated treatment with I-Mr. The As is removed by a single evaporaL~oji w,,th ii':l
in the presence of hydrazine hydrochloride and KBr. The residue la dis~,olve, i:~
Card 1/3

Use of aclA ii r)/A
100 250 ml water, a~%cr v,,~,.:ch cme a-J.;
fol't-med o~ I
until :?recipi*~ai,lo.,. 0. e hr wi
and f -I g - out e n s o 1 u bll e r;~ ca', cw~ *,a; n Pb,' 0j, 6.
he 15 nei;t,ral 'zvd
grec.n.1-sh brcome C)T),Ijt sl.ow'-y sol-lbli-- (11H .,her, 1'1;f-~ f L
-)L: ~~T~d 00;
ement ecl is,
r
w I th bromoph(-~,r, W, c 'u ti,,- c!,). -,r' it' A
duces I() m- of it, ' (,:i c 1' ~n adv,,.i,,, c w,
'n the pre- I ra ed
of z .
,he dlisa ,ppt :i, inco
Ion. w~6 be'. -.1, Ll,-~ m';jG6-*,.',-)i; for :5 u1,
w~c-lp
30 5'- ml HC', 1 1 ~l im~ Pape:,
wa s e w i Lh HCI De I ~. r a e c- 1, p,' *, a'- ed j t h --ne aJ d r
-~&rd 2,"';

Use of tiLanc acid as ....
A,6C,,/A: G:
The precipi tate is d1i ssu~ved Liff? ~301 UtiOri I s bo.
amount of 5 10 ml a-r:d trar.~3i erred i r,to a 25 r11 flz,.~h 1
.a*,ter -2.r,: wiLh HC1 (i : 1), Lr-eaLeti with veduced 'C4-
. , t 0 u T
''.'s or-, Fe powder and do not hinder the determina*- r, f
-ei and D-, ~s polarographically analyzed, the rheocn-ru
be ing 0. 9 v. This method should nct be used for analyzing rich PL). Mo anJ
concentrates.
N. GerLseva.
[Abstracter's note: Complete translation]
Card 3/3

GSHMAN, V.A.; CHISTYAKOVA, A.P.
Polarographic determination of cadmium on an acid sulfate-iodide
background. lav.lab. 27 no.5:532-536 161. (MIRA 14:5)
Oadmilm-Analysis) (Cadmium iodide)
(Sillfuric 40td)

,OSHMAN., V.A.; VOLKOV, V.M.
Simplified method of determining germanium with phe4,lfluorone.
Zav.lab. 27 no.11:1341-1343 161. (MIRA 141-10)
1. Urallskiy nauchno-isaledovatel'skiy i proyektnyy institut mednoy
promyshlennosti. (Germanium-Analysis)

ACCESSION NR: AR4015G85
8/0081/63/000/023/0129/0130
SOURCE: RZh. Khimiya, Abs. 23G72
AUTHOR: Oshman, V. A.; Chistyakova, A. P.
TITLE: Polarographic determination of indium after Its isolation as a basic Bulf1to
CITED SOURCE: Tr. Ural'skogo n. -i. i proyektn. in-ta medn. prom-sti, vy*p. 6, 1962,
245-250
TOPIC TAGS: polarography, indium, indium sulfite, indium analysis
TRANSLATION: A polarog-raphic method was developed for the determination of In in
concentrations Of 0. 1- 0. 0002% in ores, boncentrates, matte, powders, sublimates, etc.
It has been found that during the combined hydrolysis of In with 10 mg of Ti02 in 200 ml
solution containing 5g Na2S2O5 and. 100 mg Na2HP04, complete precipitation of In as the
basic sulfite is achieved. at pH . The hydrolysis of In and Ti must be synchronized;
that is, the Ti must go into soltion after removal of the major porUon of the SO by
boiling. The introduction of T1 to Na28205 leads to its premature hydrolysis an?the

ACCESSION NR: AR4015685
coprecipitation of In is not quantitative. For the determination of In, 1-10 g of sample is
decomposed by any acidic method and the solution evaporated to dryness. Sn, if present,
Is removed by treating the dried residue with 1IDr-Br2 mixture. After evaporation, the
residue is dissolved in hot water (100-250 ml), 1-5 g N2114'1-12804 and 5 ml 0. 2% ammonium
molybdate solution are added, the mixture is neutralized with NH40H until Fe(OH)3 begins
to separate, boiled 10-15 minutes and filtered. The insoluble precipitate contains PbS04,
To, the double sulfate of hydrazine and Cu. The filtrate is neutralized with NH40H to pH 3,
,,areadded, followed by dilution to 250-4 00 ml. The solution is boiled to
,~5g NH4 CI and 5g Na2S 0,
disappearance of the2i62 odor and the formation of a Feoxide film on the surface of the
solution. Meanwhile, a 0. 1% T102 solution was diluted to to 100 ml after additio; of I drop
H20 P cooled and carefully neutralized %;ith NH40H to the disappearance of the color of
per&~c acid. 10 ml of this solution is added to the boiled solution immediately after the
'disappearance of the S02 odor. Ilen 10 ml of 1% Na HP04 is added and the solution Is
boiled until the precipitate coagulates. On the followQ day the precipitate is filtered out
and washed with a 2% solution of NH Cl. The filter with the precipitate is treated with
3G-50 ml HC1 (1:1) and 5 ml H202, 1e paper is filtered out and washed with the HC1 sol-
ution. Ammonia Is then introduced into the filtrate, and 1-2 ml of 1090, FOC13 solution may
Z/3
i-Card

ACCESSION Nlt: AR4015685
be added if necessary. The precipitate is filtered out and dissolved on the filter in HCI (1:1)
The solution is concentrated to 5-10 ml, diluted to 25 ml with HCI (1:1) and reduced with
powdered metallic Fe which was prepared in a stream of 112- The solution Is filtered and
the filtrate is polarographed. The time required for the determination of In by this method
is only 1/2 - 2/3 as long as by the Gintsvotmot method (cementation of In on Zn dust).
N. Gertseva
SUB CODE: IC DATE ACQ: 09JanG4 ENCL: 00
Card 3/3

VOLIKF.NSHTLFTN, A.A., kand.tekhn.nauk; OSIMARIN, A-.C,.,_inzh.
YM57 visual laboratory photoneter (for low brightness). Svetctelc~:nika
4 nn.12:19-21 D' 58. (KIRA 11:12)
(Photometers)

OSMIARDI , IVAN STEPANOVICH
Lanin's light, TUn, mtt,. nc.12:6 1,' !0'-1. (MIFU 14 - 11)
(Rural electrifiation)

w0dicime - costomw wr 1948
Medicine - Physiology
'"Bubstitution of Index ?unotlms of fi1pples In
Cestode AploparakBle Sobolevi Nov. Sp.," P. G.
OBbmarin, F. W. Wrozov, Gorkiy Pedagogic Inot,
3 pp
"Dok Akad Nauk SSSR, Nova Ser" Vol LIX, No 8
Describes experiments confirming that this fam of
cestode only to be found in the fantalled snipe
(Capella gallinago) and locallzed in the duodm=.
Submitted by Academician K. I. Skryabin, 17 Jan
JIM
47T95

UM/XatUcine - Helzinthology 21 Jun 49
Parasitology
*Phenewenon of Reduction in the Intestines of the
Filzria, Anenteronem Skrjabini Nov. Gen. Nov.
SP.," P.. G. Oshins in, Pax East Base, Acad Sci
USM, 2j pp
Dok Ak Nauk SSSR" Vol LXVI, No 6
Transition to parasitism by ancestors of helmintha
caused reduction or elimination of some organs and
development of others. Some unusual filariae,
parwitic in jays in the Far East, have lbst ~-U
but a vestige of the intestine attached to the
esophagus. Intestinal fWCUMIS Arft PerfOTff1ed
by the esophagus and, perhaps, the whole surface
of the uematode's body. Describes species in
detail. Submitted by Acad K. I. Skryabin
9 Apr 49.
44W 151T51

OSTMARIN, P. G. ~ pelous, Ye. V
Maria and Filariasis
Fauna of the Maria of wild animals. Trudy Gellm. lab. no. 5, 1951
9. Monthl List of Russian Accessions, Library of Congress, Geptewbe,, -195,1,2Uncl.

OST"Apil", P. ~.
Parasites - Tacific Ocean
Work of the 260th Union Heiminthological Expedition of 1946.
Trudy Gellm. lab. no. 5, 1951.
9. Monthl List of Russian Accessions, Library of Congress, September _ 1941 2Unc!

OSM4AMH P.G.- BELOUS, E.Y.
I
Significance of the symptoms of localization of helminthe for the
fromulation of a classification based on now Rchinostoontida ob-
taine4 from the englele kidneys. Doklady Akad.nauk SSSR 77 no.1:
165-168 1 Mar 51. (CLML 20:6)
1. Presented by Academician K.I.Skryabin 2 January 1951. 2. Radium
Institute imeni Y.G. Kh1opin of the Academy of Sciences USSR.

OSHMARIN,P.G.; OPARIN,P.G.; SADOVSUTA,N.P.; EZL07JS,Ye.V.; DOTSMO,T.K
Work of the Par Eastern branch of the AcademW of Sciences of the
U.S.S.R. on the study of helminthe of domestic and wild animals
and on the organization of measures for combating helminthic
diseases on Maritime Territory collective farms. Trudy probl.i
tem.sov. no.4:135-141 154. (KLVA 8:7)
1. Dallnevostochnyy filial Akademii nauk SSSR i Primorskays
nauchno-isaledovatellska.va veterinarnaya opytnaya stantsiya.
(Karitime Territory--Worms, Intestinal and parasitic)

( . -, ~~ j , ~~ -i iI (-.
~ I I \
SPASSXIY, A.A.; OSHYARIN, P.G.
Now getus of hymenolepidide Stsphyleple
wild fowl. Trudy Galln.lab. 72182-184
(Tapeworms) (Parasites--Birds)
gon.nov, from donestic al3d
154, (MIak 8:5)
i

0SHMIR. P.G.
-'-
T-Avating larvae of nematodes infesting the digestive
Method of cul
tract and lungs of sheep for the purpose of a differential diagnosis.
Soob. DVFAN SSSR no.7:78-82 155. (KLRA 10:4)
(Nematoda) (Shem~--Diseases and pests) (Veterinary research)

06HYMN, 7~. 0. :
Oshmarin, P. G.: "Parasitic Wor-Uls of tile amwiinals and Urds of -~)ri-
morlye Kray (The fauna, an attempt at ecological and
geographic characterization)-" All-Union Inst of Felrdn-
tholoCy ii.eni Academician K. 1. Skryabin. I-'joscow, 1956.
(Dissertation for the Degree of Doctor in Biological Science)
SO: Knizhnaya letoris', No 27, 1956. 1-.'oscow. Pages 94-100,; 111.

ltolol;.~- tic Worms -
Abi; bur Ref
Author 0~11vmrijl; P.G.
in F, t
Tctrt im~e`iiiuc) -)I' D~mcl,'-c :-ii,d
FO%-~ LI-I UIQ 141!AI~Wnltl
C) j Pub Tr. Da-'.m-avost. fl.L. Idl S*!',SJR, cer. 195U 3
Abstract 'Ih i,--. list :)f tetrameridze ;rjecb=-; *,,--,z!c! in fo-.,j~ of
the regi~3r,, with an indic--tLDn of their hx;',.~,
disti-4-b-c.:-in within the region, the cxtensivcAe:,-, and -n-
I.ensity of infection, as weil as the periods of heiminth
detoctlin. A description and illustration of species:
Tctrame,-e,~ (Tetrairare-;) nara-araliensis fron, lapvin'-s, T.
striatus from (luckc, T. (Gynaecophila) 7,6-11-
,~~ni fmm auburn hereom,,, Microtetrameres asyrz:-atric,2s fr-)m
.,;ec!-)-e,-` ma. ics, a cub-c.-)eci(:s of .*.. helix asiaticu~:
Card LI/2

___ - I P.G.
. ~
. q�p, %-n
Ascarle bovis sp.nov., a new species of cattle ascaride In the
Maritime Territoz7. Izv. Sib. otd. AN SSSR no.6:143-148 '58.
(MIRA 11:9)
i.Dallnevostochn7y filial AN SSSR.
(Shkotovo District--Ascaride and ascariasis)
(Parasites--Cattle)

KMUTEV, Tu.L.; PARUKHIN, A.M.; BAUVA, O.K.; Oqp!ARIN, P.G.; KAGAII()V:Xjy,
A.G., prof., doktor biolog.nBuk, red.; BROMUT, G.F., kand.biolog.
neuk, red.; BUTOVA, L., tekhn.red.
(Helminth fauna of For Eastern salmonids in connection with the
problem of local stocks and migration routes of these fishesj
Gel'mintofaun dal'nevoBtochnykh losoaevykh v eviazi B voprosom
o lokalinykh stadakh i putiakh migrateli etikh ryb. Vladivostok,
Primorskoe knizhnoe izd-vo, 1959. 72 p. (KIRA 13:10)
(Soviet Par East--Wormo, Intestinal and parasitic)
(Parasites--Salmon)

OSHM~Afll~, Petr Grigorlyevich; PAHUKHIN, A.M., kand.biolog.nauk. red.;
L.P., tekhn.red.
[Studies on the specific ecology of halminthal K izuchaniiu
spetsifictinoi ekologii gellmintov. Vladivostok, Akad.nauk
BSM, Sibirskoe otd-nie, Datnevostochnyl filiol, 1959. 110 P.
(MIRA 1):1)
(WORMS, INTESTINAL AND PARASITIC)

P. G.
I
Necessity for coordinatinp measurps to control heinintts in l1ve-
gtoi~k with thn nfficiAnt use of Pastures. Iz7.S1b.otd.JkY' SSSR
no.4:13A-139 159. (MM" 12:10)
1. Dal 'nevoatnchixvy filial Sibirskogo otdolaniya AN SSSR.
(Worms, Intestinal ana parasitic)
(Pastures and neadows)

O�PMAU6.&jL-; MAXATV. Tu. L.
"
Morphology and features of the concentration of Filaroides martis
in the kolinsky of the Maritime Territory. Soob.DVFAN SSSR no.11:
152-155 '59. (MMA 13:11)
1. Dallnevostochuyy filial imeni V.L.Komarova Sibirskogo,otdolentya
AN SSSR.
(Maritime Territory--Nematoda)
(kinks-Aseases and pests)

OSHIWIN. P.G.
Alcadospirura collaricephala gen. et sp.n.. a new species and
ganne of nomtodes occurring In birds of the Zar Bart.
zhur. 38 no.9:1310-1312 S 159. (IAIR,,. 13: 1)
1. Dallnevostocbnyy filial Akademii nauk SSSR (Vlajivootok)
(Maritime Nrritory-Nematoda)
(Parasites-Kingfishers)

OSMUM, F.G.
Folytestilepie chitinoolowle gen, at sp,nm,, a nev species and
genuB of tapevorb found in ducks. Soob.DMN SSSR no.12:133-136
l6o, (MIRA 13:11)
1. Dallnevostochuyy filial iment V.L.Kozarova Sibirskogo otdoloniya
All BSSR.
(Parasitse-Ducks) (Maritime Territory-Tapeworms)

PARUKHIIT, A.M.; PSHMAIRIN. P.G.
Nematodes Encephalonema lonf-imicrofilaria gen. et sp.n. from the
brain of birds. Zool.zhur. 39 no.6:934-936 Je '60.
(MIRA 13:7)
1. Par Enstern Branch, Siberian Department of the U.S.S.R.
AcadecW of Sciences, Vladivontok.
(Sikhote-Alinl Preserve--Nomatoda)
(Parasites--Ospreys)

OSBRARIP, P.G.
Functional significance and origin of the differentiation of the
body of Trichocephalus into the filamentous anterior and thickened
posterior part. Zool.zhur. 39 no.7:1091-109" JI 160.
(M1RA 13:7)
1. Far Restern Ptanch of the Siberian Department of the U.S.S.R.
Academy of Sciences, Vladivostok.
(Trichocephallaeis)
(worms--Anatomy)

OSHMARIN, P.G.; PARUKUH, A.M.
Formation of the helminth fauna of animals as exemplified b7 the
helminths parasitic in ospreys. Zool. zhur. 39 no-9:1303-1311 S 16o.
(MIRA 13:9)
1. Fur Eastern Itranch of the-Siberian Departuiont of the U.S.S.R.
AcadocW of Sciences, Vladivostok.
(Parasites--Ospreys)
(Worms, Intestinal and parasitic)

OSPMARIN, P.G.; PESFDNOV, L.N.; FAM KUAT; NGUYE14 KEYONG; FARUEHIN, ji.M.
bases of finding eels in other fishes. Zool. zhur. 40 no.12:
1896-1898 D '61. (FdRA 15'3)
1. Viet-Nam Research Exploration Fishery Fanagement Expedition
of the Facific Institute of ?'isV)ery Management and Uceanorraj+y.
(Fels)

OSHMARINJ. P._G.; "KRYABIN, K.I., akademik, otv. red.; SONIN, M.D.,
- ___ red.izd-va; ASTA.FITEVA, G.A., tekhn. red.
[Parasitic worms of mammals and birds in the Maritime Ter-
ritoryl Paraziticheskie chervi mlekopitaiushchikh i ptits
Primorskogo kraia. Yoskva, Izd-vo AN SSSR, 1963. 322 p.
(MIRA 16:9)
(Maritime Territory--Parasites--Mammals)
(Maritime Terri to ry- Para sites- Birds)
(Maritime Territory--Worms, Intestinal and parasitic)

I - I.,

OSHMARIN, P.G.; MAMAYFV, Yu.L.
New subfamily of trematodes with a closing mechanism of the bu.-sa
isolated from a fish caught in the South China Sea. Zool. zhur.
42 no.5:665-669 163. (MIRA 1617)
1. Pacific Research Institute of Marine Fiqhery and Oceanography,
Far Eastern I~ranch of the Siberian Departmopt, Academy of Sciences
of the U.S.S.R., Vladivostok.
(South China Sea-Trematoda)
(Parasites--FiBhes)