DIAPOLE MATERIALS AND VADO

Document Type: 
Document Number (FOIA) /ESDN (CREST): 
CIA-RDP78B04747A002500040009-2
Release Decision: 
RIPPUB
Original Classification: 
C
Document Page Count: 
2
Document Creation Date: 
December 28, 2016
Document Release Date: 
April 15, 2002
Sequence Number: 
9
Case Number: 
Publication Date: 
September 15, 1964
Content Type: 
TRIP
File: 
AttachmentSize
PDF icon CIA-RDP78B04747A002500040009-2.pdf183.12 KB
Body: 
%c1QJ Approved For Release 2002/06/17 : CIA-RDP78B04747A002500040009-2 -It- in!" I 1 7111 15 September 196) Place: rate: 17 August 15 25X1A 25X1A 25X1A Diapole Materials and VA MO 1. Discussion started with tet on the post record and history of the ci is rove of a pates factory than a imnufbaturing 1pre a abort dirpole ante! theory, o-.r televi>isnt, can also be app 25X1A 25X1A theory. 25X1 A d to e len of visible light. Li ht i' an electron tie p :nor.:.e Find revct much the same as ni.:crrw eves if the antennae are scaled do to the size of a hei.f>weve length of vi-Able, light; that is, rinute antennae, in the fora of muriade ultrn-!mall, diapole pejelc : .auup ded in a n t n, react with ligrt in the same manner that r 1rrTe c~ele diepole ant reapia to a T.V. ^ x. Minute dispole ontoxnw can be designed to r eeve, reflect, m uleto or attenuate the thorti le the of l.Iht by changing their orientation, the ratio of their length to width and/or their electrical resistsx :t . 3. Light can be cc troUed in Intensity, color and poloriz-tion by these di?poles dispersed is a plastic solution to t?ca r collodirl., suspension. Orientation of the diapolca is controlled by applyin netic field in such a urar that the diapoles align themselves with the !tic lines of force. Proper control of the magnetic field can rake the col3oide tree. par t, opaque or polorized, etc., dependent upon the ;.iapole orientation. Declass Review by NIMA/DOD Approved For Release 2002/06/1'7 if~ A-96 747A002500040009-2 Approved For Release 200200/'.~8B04747A002500040009-2 .7 August l964 25X1A 4. There are many poteutt l uses of this t shuttters, continuously variable density filter !avenge intensifiers end image modulators, etc. t Volvo. Ctmabixiix a Diepole device with a nd advanced high intensity rear-projection by a L.Y. or I.R. source. The photoconductor produces a va.ring current ~r associated vV msgnettc ?'ield which, in turn, contz the :li z- mutt of the dispolea resulting in diepoie mask replica of the orUinal in sity source to fc the image on the screen. The advantage i:j that reducing the film heating probes since the high tntrncity light never pessee through the film, The unit acts as c Licht amplificetiou circuit in ash the some manner that a vacuum tube or atni-cc uctor function in a radio circuit. 6. The IAA!? t ?te tala might p medium in the tort of a molecular photo sensitive when an electric its energy level. e which only became Led to the film rai ping . 7. VADO a aterie lac Were Originally developed to be used for pilots. gels for atomic flash protection. Ste, exposure to intense light turns the material o que. Once the light flesh pcsseth,the film reelear 8$ tre us progress in superior to the materie 9. The Devi and at 'ADO and Diappi.e mate rtsl{Li They have e months. These me-terials are .far w detwustreted in June, nch :mould give aertou. consideration to breadboard type research utilizing, the 25X1A 25X1A Branch, FWS aterest in Diapole technolot Approved For Release 2002/06/17 :`tIA-kbP78B04747A002500040009-2