SCIENTIFIC ABSTRACT ORLOVSKIY, R.S. - ORLOVTSEV, Y.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238310001-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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OHLOVSKIY, R.S.
14echanization of lining work. TSement 28 nc.1:22 JR-F '62.
(KRA 16: 5)
1. Bryanskiy tsementnyy savod.
(Kilns, Rotary) (Fire brick)

ORL(YVSKIY,,-_i~.A.,3 GRIGOROVA, M.I.; LOKHINA, I.F.
Treatment of thrombophlebitis. Nov. khir. arkh. no.5:99-100 5-0 160.
(MIRA 1J.: 12)
(PHLEBITIS) (THRMBOSIS)

ORLOVSKIY, S.A., polkovnik med.sluzhoy
Spinal tramm. Sbor.nauch.trud.Niev.okruzh.voen.gosp. no,4:8?-
91 162. (MIRA 16:5)
(sprT,wouns AND INURIES)

YAVORSKIY,, P.N., inzh.; LINITSKIYI, V.G., inzh.,- ORLOVSKIYP S.I., inzh.;
EFJIDICHEVSKIY, I.K.
Role of specific p---sewe and lubrication in the operation of
traction chains and sprockets on mine conveyers. Vop. rud.
transp. no.2:15-26 1957. (MIRA 14:4)
1. Kharlkovskiy zavod "Svet shakhtera" (for Bordichevskiy).
(Conveying machinery--Testing)

GAMMIK.H.I.;ORLOVSKIY, S.E.
For a different attitude toward the Industry's transportation
system. Sakh.prom.29 no.?,,9-11 155. (9W 9:1)
l.Vinnitekly sakheveklotrest.
(Railroads-Track)

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51 k
k1l found thia KCrA1Atl*ffjm4r'1 was fin0y used. in whic-bram therew
;1414411_~i(t7 ( " Intis mitil 7 :19 0
00 01 oxisimillion axtrijit la ,br dinst. when OW4 in strougly was dild. to UK) cv. and miliquot P(sirti'mis wrre W raW
amfist Knop, Tbearcuracycitht,minaiviswainf
The trim- affectel! cd the entire portion with %Iohr'p %a'f
ir"milormalkst of thsc"se into sotallatism Of -&% It I
00 It like" nature. The inwntiptim inchicks! the fallawint and r4artirmloormtric 4"n. of the Ft" restictut. In all 3
008 of falmst: Variation (A Slorome tmm. Irm 0.1 to 6%. Twisliallsis The rMitts agreed %vry eUvwly ,,sth the art.,1
I; votialkal of 111SO6 clwn. trm 2 N to M S. variblim of ams. of 61"Ose prewnt in the v1pti. vatts.. calcrully tw-
so A211 imp. #no 21), to IM"; damlices CA climblim Was T%r*d tor" PD.2 anti 101.6% of thr SM1. pqrWnt
00 to ftorm IS min. t024 bets.; vorsers-of KtCrA w3s varied Ornm C. Ail
I,: M.4it.to130.7101.
0* of a whirk the oxiUtkm was ruts its mA. nwithins anti a no. of
0~1 cab" Wortbods of glurose tints. we" run in pasaild (no 8*0
av
spot& tar lim of what these seem). The best regWls
were amaiwil wbm ghtrom cown. is bow 0. 1 lmd
a 65.4 and 13D. 7 g. A coom 0
all HW)~ kw at 35 N. temp. ktpi at that d boUlinj water coo
bath. tkmr of o%Mxtkm W-16) min. The wtbhl pracesiM
was as lcavm-. xf~ mAn. w-At treated with an ruvm
(2-3 tinl K.CrAlit, tbpn with 25 cc. 15 N HsSO.. the
mist. Imitated an the Isnaing water bath lot OD I min.,
rockd ". with 11A) to 2W cc.. a 23~v. Alkpm removed
&,A & sx. of Cr*l remainins is, titrated Wantrurically. ze 0
0 A sep. dl ol Cs" cvnm. taken for the ostistUsim h ma
virvsAwly. Glwvw com-sm, is call from the difiemv.
To OIVW the c2prnsive bvAuctruic 4ktn.. the Knop zo*
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it

CHLOMIT, S.T. [OrlovBlkyl, S.T.3
[History of cbBmistry. A nanual for chemistry faculties of
universities and for natural-science faculties in normal schools]
Istoriie khimi-i. Posibnyk Me khimichnykh fs"Altetiv univeraytetie
ta pryrodnycbykh fakulltetiv pedegogichnykh instytutiv. Kylv,
Redionelko shkols, 1959. 415 (NDA 14:2)
(Chemistry--History,31

5/073 1 02 7/0C 5i'C 04/0~,4
B 103/'Blo 1
AUTHORS: Orlovskiy, S. T... Kish, P. P.
TITLEt Photometric dk~torminntion of indium by ri~e~Ans Of
PERIODICAL: Ukrainskiy khimicheskiy zhurnal, v. 27, no. :,~, 1961,
TEXT : The authors studied the interaction of indium with pallein (4,5-
dihydroxy fluorescein), and found the resulting colored inuium compoand
to be applicable to the quantitative photometric determination of sm'111
indium amounts. Solutions with an indium concentration up to 500 /Mill
were used. The following color reE~Wons wt:re obtained at pH 4 (the
reagent is pinK): blue-ViOlE~t: Cu ', Pb2+, Fe2+; pink-violet: Zn2+
3+ 5+ '3+ 2+ 3+
(at pH 5), Zr(IV); violet-r3d: Al ; violet: In , B1 , Sn , Gd
red: Sn4+; raspberry red: Mo(VI), light brown: Hg 2+ ; dull violet: lig';
2+ 3+ 3-+
gray-pink: Cd (at pH 5); brow,-red: Fe ; red-violet: Sc V(V~'
-a 11 L in forms t2xist cepL_nrtin; un '.h~
Sb Three optically different
of the solution: (1) at pH 1 - 4 with an absor:-Itioi. :aaximu,".'
Card 114

S/07 5/6 1/02 7/005/004/004
Photometric determination- B103/B101
Ieff , 465 mp (presumably the nolecular form); (2) at pH 5 - 10 with a
maximum )~ff , 533 mp ; (3) at pH 10 - 13 with a maximuml eff m 5 7 7 mp-
(1) is least colored between pH 5 and 4. The photometric determination of'
indium by means of gallein is therefore optimum in this pH range. The
colored complex compound of In3+ wl-h gallein is also most stable between
pH 3 and 4. At lower pH, the complex partly decomposes, at higher pH,
the light absorption of gallein already begins. As the optical density
of the complex only slightly rhanges between pH 3.5 and 4.5, the choice
of optimum acidity only depends on the interfering action of other
elements. The selectivity of the reagent increases i~ith decreasing pH
of the solution. The composition of the in complex was determined by the
thod of isomolar series, and optically on an �M (FM) photometer at
Z 553 mp, The molar ratio of In : gallein was found to be 1 . 1, the
optical molar absorption coefficient of the complex is 12,191 at pH 4 0,
the absorption maximum lies at 534 m)b. Uader the experimental condi-
tions, the Lambert - Beer law hold,, between 4 and 50t In in 25 ml of the
solution. The effect of Zn, Cd, Un, Co, Al, and Cu or, the color of' the
In complex was studied. Whei; th(- pil in low, Ft hi;-,h(r- !iiir 'Int. ()f'
Card 2/4

S I u 7 5/6 1/0-.-1/C)u!;/OO.!/ou-1,
Photometric determination.. B103/B101
-I ement may be present . PH is the bost inedium for an In deturminat~on
in the presenco of the abovt_- foreiFn olumcrits Small Al amounts (up !,%
54jr in 25 ml ) roan be masked by 0 02 m! of a saturated NaF solation; at an
A' content up to 540r, 0.2 ml Df this solution was used, The
effect of Cu. 24 can be eliminated by addition of a small crystal of sodium
thiosulfate which binds this ion to a colorless complex. Considerable
amounts (1000 to 10,000-fold) of alkali , alkaline-earth-, and thallium
2+ 2+ 24
ions do not interfere with the In determination. Pb Sn Fe and
3+ 3- 2- 2- 3- r ~4-
Fe , as well as Sb the anions; CrO 4 7 Cr2 07 , LF e(CN) 61 LF (CN) 6j
and 10 _nterfere. further complexon III, citric and tartaric acids which
3
destroy the color of the complex. There are 5 figures, 3 tables, and 13
r~,fprpncps; 7 Soviet-bl(~c and 6 non-Soviet-bloc, The three most recent
ref-rerses to Engl,-sh-lanRuage publications read as followss T Moeller
et a!. Ind. Eng- Chem., Analyt. Ed., 76, 2615 - 2618 (1954); G C. Harrold,
S~ F, Meek et al., Journ Ind, Hyg T7xicol., 25, 233 - 257 (1948); 1. May,
J. J. Haffman, J. Washington Acad. of Sci , 38, 329 - 336 (1946).
Card 3/4

S/07 3/6 11027100),'004,'004
Photomptric de*ermination B103/BlOl
ASSOCIATIONt TJ.-hgcr(-,dskiy ggn.~3udarstvt~,nny,,- univ-rsitot k a r (~~ (A I-,I
n,~ n r g a nc h a na 1 1 r h - s k Dy k h 1 mi ( U z h t:, c., r o' S'al
S n l,'l TT ~,Ij

5/153/62/005/006/004/015
E071/E333
AUTHORS: Orlovskiy. S.-. and Kish, P.P.
TITLE: Photometric determination of indium with
pyrocatechin violet
PERIODICAL: Izvestiya vysshilch uchobnylch zavedeniy, Khimiya i
Ichimichaskaya tolchnologiya, v. 5, no. 6, 1962,
892 - 896
TEXT: The reaction of the interaction of indium with
pyrocatechin violet and its application for the photometric
determination of indium was investigated. Optimum conditions for
tho complox formation (pli 6-5) and the influence of time, temporn-
ture and other ions on the phttometric determination of indium .
with pyrocatechin violct were established. A photometric method
of determining indium in solutions of pure salts,in the 13resence
of other elements (Zn, Cd, Al, Yin, Cu) and in indium concentrates
was developed. It was shown that the method was sufficiently
accurate G 3,10 and that indium complexes with pyrocatechin
violet complied with Ber's law within a concentration range of
6 - 60 y/25 ml. of indium. There are 3 figures and 3 tables.
Card 1/2

S/153/62/005/006/004/o!5
Photometric determination of .... E071/E333
ASSOCIATION: Kafedra neorganicheskoy i analiticheskoy
Ichimii, Uzhgorodslciy gosuda:rstvennyy universitet
(Department of Inorganic and Analytical
Chemistry, Uzhgorod State University)
SUBMITT M-: July 11, 1961
Card 2/2

KISH, P.P.; CR~MSKIY, S.T.
4,42-Fyridylazo)-reBorcinol., a Bensitive reagent for the
photometric determination of indium. Zhur.anal.khiln. 17
noo9:1057-1062 D 162. (MIM 16:2)
1. Ifthgorod State UniVersity.
(Indium-Analysis)
(Resorcinol) (Photometry)

S/G73/63/O29/C,G2/GG5/c,G6
A057/A126
AUTHORS: Orlovskiy, S. T., Kish, P. P.
TIME. Photometric determination cf indium with xylr:nol orange
PFRIODICAL: Ukrainskiy khimicheskl zhurnal, v. 29, no. 2, 1963, ?09 - 213
TEXI': At the Uzhgorodskiy gosudarstvennyy universitet (Uzhgorod State
University)there were investigated optimum conditions for the formation of a com-
plex of indium with xylenol orange, in order to develop a spectrophotometric tneth-
od for the determination of indium. In prior works 20 reagents were Ftudicu and
xylenol orange was foiind to be most suitable for this purpose. The xylenol orange
solutions were stabilized by adding 5 ml 0.2 N HCI to a 100 ml solution. A';sorp-
tion spectra of the complex were taken on an C(D-2M (SF-04) spec tropho torne ter
and the maximum absorption was observed at 560 m4 . The molar absorptlon cuef--
ficient is 25,900 showing the high sensitivity of the reaction. The optim.-ArT. PH
was determined to be 3.5. However, only small changes are observed in the ~i rarge
of 3 - 6. According to determinations by the method of isomolar series the reia-
tion indium: xylenol orange in the complex was fo-and to be 1.1. The metho(I of
Card 1/3

3/073/63/029/002/(),~5/306
Photometric determination of ... A057/A126
saturation demonstrated that at least 1.5 times more reagent than indium, mu~;t be
present for r~ eor:~p~.ete rea,Aion. TLe coloured complex solutions follow Lamhu-rt-
-Beer's law In the range of concentraLion i) -- 70-f/25 ml. Some interferinK eie-
ment3 have to be removed, Thus up to ~'3ou-f Al were removed with timmoriJutr, uorlde,
UP to 500 T iron can be masked with ascorbic acid, respectively up to 166 iron
with some sodium, thiosL!fate crystals. In the presence of up to 60L, ~ cul 1 -_ C . I 1~,
sodium thiosulfate solution must be adde(~ before determining indium. The authors
developed an extractive separation of indium from interfering elements. A f;.aterial
of the following composition was analy.~ied: 51.7.;'o Zn, 16.2~% Pb, 1.36% Fe + ~__,
0.36% As, o.65,-,,' Scb, G.20%, Cu, '...13%. Mn, 1.1% SiO and 3 4% Insolubie rt,sifte. The
2
0.5 - 1 g weighing-was digested in concentrated 11C1 and HNO hydrazine h~dro-
chloride and KBr were added, thus removine As, Sb, and Sn, tI1,n Ph, SP, ~Ln,_ Te
were precipitated, the precipitate was treated with HC1 solution, tne extr1-._--_
boiled w.'th sulfuric acid, filtered, and the three-valent element.,, wcre
tated with NE 40H after adding M40 3* To remove cumpleteiy Cu, Cd, and Zn. the MYN
Preci-itation is repeated and the precipitate of the oxide hydrates dissolved in
sulfuric acid solution. To an aliquote part sodium th,i.-suifate, KJ and ethcr -,,ere
added. The latter extracts indium as iodide complex and separa-ces it from iron,
Card 2/3

S/G73/63/029/0C2/'0U5/006
Photometric determination oil... A057/Al26
aluminum and -'.U~7,k~ uti,er elements. Prom the united ether extracts ether wa~; evfli~o-
rated after adHing bi-all'stilled water, the residue waL; filtered into FL calibrated
flask, acetate buffer udclled to pH -1 - 1; and after addition of xylol orange, in-
dium was determined spectro-photometrically. The relative error lies between 2 and
5%. There are 4 figures and 2 tables.
ASSOCIATION: Uzhgorodskiy gosudarstverinyy universitet (Uzhgorod State University)
SU31ITTED: June 3, 1961
Card 3/3

CRWVSKIY, -S.V-.-,.,kandidat tekhnicheskikh nauk; SULIDI, L.S., inzhener.
Graphic representation of coal mining operations aDd drawing Instru-
ments for affine transformation. [Trudyl VNIXI no-30:135-145 '56.
(KM 9-.11)
(Projection) (Mathematical Instruments)

ORWYSKIY, S.Y., kand. takhn. nauk; klYSHCHERY&KOV, A.Y., inzh.
Mine orientation by optical device for the projection of vertical points.
Ugoll Ukr. 3 no.11:40-41 N '59. (MIRA 13:3)
(Mine surveying--Equipment and supplies)

BOV127-59-4-20/27
AUTHOR: Orlovskiy9S.V.j Candidate of Technical Sciences.,
affr-Sh-ab%3C, -Vr,-K, , Engineer- Surveyor
TITLE: The UTB-3 Goniometer-Tachymeter for the Survey of
Headings and Sub-Level Stopingt (Uglomer-takheometr
UTB-3 dlya s"yemki vosetayusholukh i podetazhnykh
vyrabotok,)
PERIODICAL: Gornyy zhurnal, 1959, Nr 49 PP 72-75 (USSR)
ABSTRACT: The above mentioned device was developed by the
Vsesoyuznyy nauchno-issledovatellskiy ma shey-
derskiy institut (All-Union Scientific Research
Surveyl Institute) (VNIMI) and constructed by
the ki_i_a_r'kovsk1y zavod marksheyderskikh in-
strumentov (the Khe 'kov Plant of Surveying Equip-
ment), as special angle-measuring instrument
were needed for the orientation of sublev,:~ls and
blocks, A detailed description of the goniometer
is given,, as well as the method of its utilization.
This goniometer has a very simple calculating
Card 1/2 device which does not give a correct angle

ORLOVSKII, S. V., kand. tekhn. nauk
Instrument incorrectly described. Izv. vye. ucheb zav,; gor.
zhur. no.9tl95-196 161. (MIRA i5tlO)
(Mine mirveying-Equipment and supplies)

beams emanating, irom tne
oliserveA -and focusing the
Magai, of this p6into Another
Principal:arrange mient of two-objective i

ORLOVSKly. S.V.
Light-boam line b7,,-mean@ of the SVM-100 lA?7P. Binl.tekh.-
ekon.inform. no.l:t,-B '59. (MMA 12:2)
(Optical instruments) (Electric lamps. Arc)

GRANOVSKIY; DILL, A.; OBWVSKIX, U.; GARIN, L.; VASILFYEV, S.;
BUDLYAWSKIYL; BALDAYEV, V.; ZAKHAROV, A.; SWT~BIN, I. (Kirov);
STEPANOV %'Barnaul)) F.HOWA, Yuriy
News from everpinere. Sov.foto 22 no-11:44-45 N %2.
(MIRA 161l)
1. Fotokorrespondent TASS (for Granovskiy).
(Photography)

MARGULIS, Yu. (~Ioskva); ORLOVSKIY, V. (Moskvu)
Eliminate deficiencies in planning and using nonindustrial
personnel. Sots. tpad 8 no.12:127-130 D 163.
(MIRA 17:2)

ORL(NSKIY,, V.B.
Change in the physical properties and mechanical make--up of eroded
gray forest soils under the influence of forest plantations,
Fochvovedenie no,,085-90 AP '62. MRA 1r,: 4)
11. Ukrv-Lnskaya akademiya sel'skokhozyaystvennykh nauk.
(Forest soils)

YEGOROV., O.V.j, khirurg; LAVROV, N.F., khirurg; KUDELYA, M.I.; KUVAYEVA, A.G.;
LEVINP S.V.; ORLOVSKIY, V.F.; KUCHEBENKO, G.S.; RUDENKO, G.D., kand.
med.nauk; SINADSKIY, N.Ye., kand.med.nauk; SHVARMBERG, i.L., kand.
med.nauk; MISNIX, I.L.; BAZILEVSKAYA, Z.V., prof.; ERNST, V.P.
Discussions. Vop. travm. i ortop. no.13:127-1A 163.
(MJ RA 18:2
1. Glavnyy travmatolog Primorskogo kraya (for Kudelya).
2. Zaveduyushchiy punktom zdravookhraneniya Makarovskogo
bumazhnogo kombinata (for Kuvayeva). 3. Glavnyy vrach
Korsakovskoy bollnitsy (for Levin). 4. Za%,eduy-ushchiy
travmatologicheskim otdelenJ.yem bollnitsy V-Iadivogtoka (for
Orlovskiy). 5. Zaveduyushchiy travmitologicheskim otdeleniyem
bollnitsy, Ussuriysk (for Kuchorenko). 6. Leningradsk~y nauchno-
issledovatellskiy institut travmatologii i ortopedii (for Rudenko),
7. Irkutskiy gosudarstvennyy nauchno-isp'lovatellskiy Institut
travmatologii i ortopedii (for Sinadski,,..-. Shvartsberg, Bazilevsk.&Ya).
8. Glavnyy khirurg Sakhalir koy oblasti (for Mianik). 9. Zaveduy-ash-
chly Sakhalinskim otdelom zdravookhraneriiya Ministeratma zdravookh-
raneniya RSFSR (for Ernst).

5 AR OSH$YAN, G.H.; BARANOV, H.S.; ROSTOSHINSKIT, M.S. ORWV iiy.6 V.I.;
MALIKOVA, N.Y.. tekhnicheskiy redaktor.
[Repair techniques and equipment for repairing automobiles;
practices of Moscov automobile repair shops] Tekhnologits
remonta i prisposobleniia Cis remontn nvtomobilel; 1z opyta
moskovskikh avtoremantnykh predpriiatii. Izd.2-oe. Moskva,
Wauchno-tekhn.izd-vO AVtotranap.lit-ry, 1957. 10 p.
1. Moscow. Nauchno-issledovatellskiY institut Avtomobillnogo
transporta.
(Automobiles-Maintenance and repair)

DOTSEIMO. Nikolay Illarionovich, inzh.. Prinimali uchBatlye: ARONOV, N.V.,
stershly mskhanik; KUVTRKIN. B.I., atershiy makhan1k; ORWItSEIT,
V.I., starshiy mokhanik; FMOVICH, A.F., atershiy mekhanik;
PMOVP V.V.p lnzho-konstruktor. YZPR-v24OV, V.V., prof., doktor
tekhn.nauk, red.; TABLOKOV, V.I., red.; ZUTBVA, H.K., tekhn.red.
[Electric pulsation welding for building up metal in the replir nf
automobilq Darts] Blektr1liwpullegaia napleyka metalle pri remonte
avtomobil'nykh detalsi. Hoskvao auchno-tekhn.izd-vo avtotransp.
lit-ry, 1958 .4 ~="" - ~ -, - - - - ie% - -- (MIRA 13:5)
(Automooiles- fiften piiir) (Electric welding)

ORLOVSKIY, V.I.
Trenchlese installation of pipelineu. Vod. i san. tekh. no.11:37
N 159. (MIRA 13:3)
(Pipelines)

7 E67 (1) A
h 08091::k- _L4 (M) MIWE,
k_ACC Nfli APM~99.92 --BOUBCE--COJ)E-.-IIR704'1-Y/66/ooo/015-/0196/0196-
INVENTOR: Zhukovskiy,
K" 0 h$k_~Y- ~jj ~~Ikov, N. X Aleshin, V. A.;
teminekly, u. r
ORO: none
TITIE: A device for introducing add.itivestwhile fueling aircraft. Clans 62,
No
l8hl5O
SOURCE., Izobret prom.obr, "`t'ov-':.z'n'Vn6.
15, i966, 1!)6
TOPIC TA~S: aircraft fuel'systemI.fuel additives,wircraft fuel system equipment
ABSTRACT: An Author Certificate has been issued for a device for introducing
additives while fueling an aircraft. It contains a tank for the additives with a
measuring glass, receiving neck, and a drain tap connected with a pipe through a
punp, a flow tap, and a sprEWer -with a fuel-supply line. For the automatic regula-
tion of the fuel additive, its pump is connected to a vane pump, which is inside the
fuel-supply line and is spun by the flov of fuel. .[SA)
SUB COIE: 21, Ol/ SUBM DATE:_ 14Ma.r(>h
Card 1/1,74t, uDc: 62q._-13_.Ol/.'o6

qMWVSKIT, V.H.. aesistent
Use of aminazine in obstetrical Iractice. Preliminary report.
Kaz.med.zhur. 40 no,3:39-43 S-0 159., (MM 13:7)
1. Iz kaLfedry al-usherstTa I ginekologil Nv.2 (zav. - prof.
1.T. Danilov) Kazaaskogo goBudarstvenuo-o institute. dlya
usovershenstvovaniya vrachey In. V.1,. Lenina.
(CHLORFROMMNA) (OBSTIRMICS)

ORLOVSKIY, V M aisteht
Influence of AminAzine on labor in late toxicosis of pregnancy.
Kaz. med. zhur. 41 no.3:45-47 My-je 160. (MIRA 13:9)
1. Iz 2-y kliniki akusheretva i ginekologii (zav. - prof. I.V.
Danilov) Kazanskogo gosudarstvennogo instituta d1ya usovershen-
stvovaniya vrachey im. V.I. Lenina.
(CHLORPROMAZINE) (LLBOR, COMPLICATED)

ORLOVSKIYL_V.M.
Maximim permissible concentration of -hlcrocyclchexane in Lhe
water of reservoirs and rivers. Se-n. okhr. vod. ot zagr. prom.
stoch. vod. no.6:341-345 164. (MIRA 18:3/'
1. Ukrainskiy nauchno-issledovatells'.1cly institut kommunallnoy
gigiyeny.

TANANAYEV, I. V. -. ;KTV- V.-P-
Synthesis of tv:;mplex compounds of scandium chloride and
brcuide with some organic amines. Zhur. neorg. khim. 7 no.8:
2M2-2023 Ag '62. (MIM l6W
(Scandium compounds) (Amines)

TAKAKAYEV, I.V.; ORLOVSKIY, V.P.
Composition and thermal staijility of a.candium halides 4=wMiates.
2bur.neorg.khim. 7 no,10:2299-2303 0 162, (MIRA 15:10)
(Scandium eompounds-Themal properties)

KHMITONOV, Yu.Ya.;_O VSKIY,..V.P.j TANANAYEV, I.V.
Infrared ab"Drption spectra of chloride and bromide compounds of
scandium with umonia. Zhur.naorg.khia. 8 no.5tlO93-1103 Pq
163. (MIRA 16:5)
1. Institut obshchey i neorganicheskoy khimli iment Kurnakova
AN SSSR. I
(Scandiiin compoundB--Abaorption spectra) (Amnonia)

ACC NR: AP?00622? ( /1' /v ) SOURCE CODE1 UR/00?8/67/011-r_'/Coi/002G/GO22
AUTHORS Orlovskiy, V. P.
O~~3; Institute of Crenaral and Inorganic Chomictry im. N. S. Kurnakov, lZa~je,:-.Y of
Sciences, SSSR (Institut obshchoy i noorganichoskoy khimii Akadonii nauk
TiT121 Reactions of scandium and yttrium fluorides irith gaseous ainmonia
SOURCES Zhurnal noorganichoskoy khimii, v. 12, no. 1, 1967, 20-22
TOPIC TAGS: ammonia, scandium camDound, fluoride, yttrium compound
ABSTRACT: The action of gaseous ammonia at 6-? atm pressure on scandium fluoride
hydrate ScF3-0-25 H20 produced ScF3-0.4Ni~. On exposure to air, this comDoun,-' lo2os
part of its w=onia. Its heating curve has only one ondothermic effect at IG5-120101.
Analysis of the cormound following exposure to 1050C showed that anhydrous
fluoride is for-zed; this was confirmed by x-ray analysis. The action of dry i;azoous
a=onia at 6-7 atm on yttrium fluoride monohydrate iDroducos V3-0-35NHI, which fornz
anhydrous yttrium. fluoride also at 1050C- It is postulated that hydrated rare aarth
fluorides will behave toward gaseous ammonia as do scandium and yttrium fluorides,
and thus the method proposed for preparing anhydrous ScF3 and YF3 (through the
an,mines) may assume a general importance for all rare earth elemonta. -Ihe action of
ar.monia on hydrated rare earth fluoridea precludes the possible formation of oxy-
fluorides on drying. Orig. art. haul 2 figuros.
SUB CODS: 07/ SUBMI DATES 29Mar65/ CRIG REFS 00-;/ OTH REFS 004
Card uDc: .5�.6) 61,o~~ _43_!_161o4____,

0A
124 - 11- 1 34 50
Translation from: Referativnyy Zhurnal, Mekhanika, 1957, Nj- 11, R 160 (USSR)
AUTHOR: Orlovskiy, V. S.
TITLE: The Effect of the Doubling Up of Wheels on the Magnitude of the
Bending Moment in the Calculation o1 Concrete Slabs
(Vliyanive spa rennostL-kole s na velichinu izgibayushchego momenta pri
raschete tsernertDbctonnykh plit )
PERIODICAL: Tr. Khar'kovsk avtomob.-dor, in-ta, Nv-. 15, Sb. stud, nauch. rabot,
1953, Nr 8,pp j3-15
ABSTRACT: Bibliographic entry.
Card 1/1

C, 1, ~-' -, . , , A " 1, '1, r-_
ZASHCHKPIN. A.K., kand.tekhn.nauk; ORLOVSKIY, V.S., Inzh.
Calculating prestressed concrete road surfacing. Avt.dor. 19
no.11:16-17 N '56. 04IRA 10:10)
(Roads, Concrete)

OMMUIXY, V.S.. Inzhener.
Calculating temperature stress during the buckling of cement
concrete slabs. Avt. dor. 20 no.2:20-21 F '57. (MI&L 10:4)
(Concrete slabs--Testing)

ORWVSKIT, V. S., inzb.
-
xperimental i-einforced concrete road slabs
of great length. Avt.dor. 21 no.9:16-19 S '58. (ICRA 11.111)
(Pavement, Concrete) (Concrete slabs)

At&
robraten V- I tdy, nv V
cii

J1
. . . . . . . . . . . . . .
-77,
Af_
ie-
D
ta7
NO

ORLOVSKIyf Ya,A., inzh.
melt,~d oxygem converters* Mont. i spets. rab. v
Lining steel A (MIRA 17:1)
stroi. 25 no.11:31-32 N ;63.

KIRSANGV, 1A.P.; 0.RIXSKIY,, Ya.A.; GUSOVSKIY, A.A.; KIRSANOV, I.P.;
PARTSUSKIY, A.B.
From sclenvo and technclogy in foreign countries; abstracts.
Ogneupory 28 no.7033-335 163. (MIRA 16:9)

*or
on
Iteip
Won
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APM-
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oil (UM) -, I-MIl" t'"
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twark *A~ 1.9'7,. nA,,Inutn 4 7t'o. N100111 Ng'
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13W'
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roe
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ORIDVSKIY I la.Al
Effect of s.ructural bonds in basic refractories on their tensile
strength at !,igh temperatures (from nTranzjrlt.Cer. Soc.0 no. 8,
1961). Ogneupory 27 no.5-243-244 162. (MIM 15t7)
(Refractory me-teriale-Testing)

ORLOVSKIYV Ya.A., referent
I
Notor truck with crane for the transportation of firebrick.
(from "Brick and Clay" February 1962). Ogneupory 27 no.8:
387 162. (NIRA 15:9)
(United States Industrial power trucks)

OhLITSKIV; -,i.A.
v
*',r -i ,I _., .: - .-, ~ ~ ~ 41 Z~ -1 , - I ..-, -- .,.- . r :I . ~.. .., . .
:I I . '.. -1 , .
48--i , f crl.,re- 16/~& . . - . .

Theftmtuta~fi' of via-lumeattloamob )~Ysltvjlw.
Rae K
'
*14M- co~-~Qj -
FUUTeftnebtAtIon
F aid of tcm Yeast is p6~mpiired tai.; &~,kby~aldof.

use-at Aar- top -Y
ORLOVSKIY, Ya.K.
Fe-rmentation of molasses combined mash with the growing of g-reat,
amounts of yeast. Trudy Ukr.NIISP no.8:19-25 163. (~U-RA 17: 3)
a

ZABRODSKIY, A.G.; VITKOVSKAYA, V.A.; ORLOVSKIY, Ya.K.
Technological and chemical production control in the manufacture
of alcohol from beet sugar molasses and starch-containing materials.
Trudy Ukr.NIISP no.8sll5-123 163. (MIRA 17:3)

GARDARENKO, V.G.; ORLOVSKIY, Ya.K.; PA'YTV, Z.A.
Intersifich*.-i on ~-' a.- cr,-c I f ernenta* ian t-t ~,he ex; e:~-me --.' a
forced remcval of Ck excess from the beer. ?rudy
no.O,:25-38 '04. (maA J7:IJ)

ZABRODSKIY, A.G,; ORLOVSKIY, Ya,K.
Processing of corn in distilleries. Ferm. i spirt. prom. 31
no.2t4l-42 165. OURA IS: 6)
1. Ukrainskiy nauchno-isaledovatellskiy institut spirtovoy i
likero-vodochnoy pronyshlennosti.

ORLOVSKlY, YE. L.
"glements of the Theory of Telephot,)graphy.1 Sub 12 Doe 47, Inst of
Automatlos and Telemechanles, Acad Scl USSR
Dissertations presented for degrees in science and engineering In Moscow
in 1947 (/~ -~ , . -" . z~)
SO: Sum No. 457, 18 Apr 55

PHASE I BOOK EXPLOITATION 308
,.Orlovskiy, Yevgeniy Loginovich
Teoreticheskiye osnovy fototelegrafirovaniya (Theoretical Principles
of Phototelegraphy) Moscow, Svyazlizdat, 1957. 781 p. 4,000
copies printed.
Ed. (title page): Kisellgof, B.Z.; Resp. Ed.: Same; Ed. (Inside book):
Busankina, N.G.; Tech. Ed.: Mazell, Ye.l.
PURPOSE: The book is designed to fill the need for an up-to-date work
on phototelegraphy giving special emphasis to theoretical
research. According to the author earlier material In this
field (both In the USSR and abroad) is either obsolete or
left many questions unanswered.
COVERAGE: The author gives the basic theory of phototelegraphy and
describes the apparatus used in trane-aitting Images"by
electrical means. He discusses the theory of electro-
optical analysis and of synthesizing the image and de-
scribes the effect of proper and improper lighting techniques.

Theoretical Principles of Phototelegraphy (Cont.) 308
The author covers In detail reproduction of half-tone images,
the Internal stability-disturbance of phototelegraphic systems,
methods of achieving precise synchronization, and ways of im-
proving the technique of phototelographic transmission.
B.Z. Kisellgof (editor and reviewer) wrote chapters 7 and 13 of
the book. He also wrote section 10.3 and 10.4 of chapter 10 and
helped compile section 9.5 of chapter 9 and section 15.2 of
chapter 15. Engineers N.N. Tikhnov, I.I. Frenkell and
A.S. Dubrovskiy helped compile chapter 1. B.G. Alek3eev helped
compile chapters 5 and 12. There are 145 references, 96 of
which are Soviet, 49 English, 3 German, I French.
TABLE OF CONTENTS:
PART I
INTRODUCTION
Ch. I General Information on Phototelegraphy
1.1 Basic theory of phototelegraphic communication and photo-
Card 2A 5graphic apparatus 7

AUTHOR: --Orlovskiy. Ye- L 271
TITLE: Investigation oT--Zperture distortions by the split image
method. (IBsledovanlye aperturnykh iskazheniy metodom
razdvoyeniya vospoizvodimykh izobrazheniy.'.
PERIODICAL: "Elektrosvyaz" (Telecommunications), 1957, No.4, April,
PP. 55 - 66 (U.S.S.R.)
ABSTRACT, One of the problems of the electric image
reproduction is to assess the final effect of the
scanning element on the subsequent electro-optical
process. This effect appears as a decrease of the
contrast of a reproduced single line, as a decrease of
brilliance transition of double lines and as an increase
of the black-to-white blur. In principle, there exists
a method of assessment for restricted signal bandwidth
given by M. Cawein (ref-3 "Television reso.Lution as
function of line structure", Proc. IRE, Vol-33, No.12,
1945), but no generalised formulae are given and the
above method is not easy to apply in practice. In the
present mathematical treatment the author introduces
two coefficientsz the coefficient of the aperture
distortion for a single line defined as the loss of
contrast of the reproduced line and the distortion
coefficient of the double line, defined as the decrease
of the optical density step between the totally black
region of one line and the middle of the white between

271
investigation of' F~j;ertuue L v ~-r~e Imnre
method. (Cont.)
the two, By (-ojisi ieririv trio-: r-c- E~ LIU
optical densities, 'or tne cL ~e of res~~-icte