Documents / FOIA release

(EST Pub Date) Science and Technology in Communist CHINA Through 1970

Central Intelligence Agency · 1965-06-01 · 95 pages · text from the file's own layer

This Central Intelligence Agency release is a Scientific Intelligence Study, TCS No. 4425/65. The Scientific Intelligence Committee prepared it with other intelligence community committees and approved it on 3 June 1965. It assesses Communist China's capabilities in science and technology through 1970, with particular attention to military and industrial programs. The study concludes that China will lag far behind advanced nations. The exceptions are a few priority areas such as nuclear weapons, missiles and air defense. It contains no discussion of UFOs.

  • p. 5 …Hence, the Scientific Intelligence Committee has undertaken this study to provide the intelligence com- munity with…
  • p. 10 …China will continue to lag far behind the more advanced nations of the world in the…
  • p. 12 …from the present through 1970, China will remain far behind the world’s more advanced nations…
  • p. 13 …Much good work in analytical chemistry is conducted by the Chinese, particularly on the methods of…
  • p. 14 …The most im- portant advancement in agricultural research has been in crop breeding. New native strains…
  • p. 17 …with advances in products, equipment, and production techniques. In more complex fields—for example, the priority…
  • p. 18 …In a few fields, especially those related to the advanced weapons program, a high priority in…
  • p. 19 …China is now taking steps to establish rela- tions with advanced countries of the non-Commu…
  • p. 20 …levels in the common disciplines of science and to concentrate on advancement in the follow- ing…
  • p. 24 …Research and de- velopment have continued to expand since 1960, especially in the expensive advanced weapons…
  • p. 28 …the last 10 years. Other new leaders will come from more formal programs for advanced training…
  • p. 29 …Sophisti- cated apparatus of the kind expected to be used in the research laboratories of advanced…
  • p. 32 …techniques and methods, and deficiencies in the amounts of advanced mate- rials, equipment, and facilities. Nevertheless…
  • p. 33 …The most advanced high-speed digital com- puter in China, the 16-K, is somewhat inferior…
  • p. 41 …capabilities lower than in advanced countries. Minimum operational requirements of the armed forces, industry, and agriculture…
  • p. 42 …By 1970, China will be only slightly nearer the level of advanced countries in meteorology. 148…
  • p. 45 …the situation during the period of this estimate, but by 1973-75 they should advance the…
  • p. 46 …Considerable advances have been made by the Chinese in the field of antibiotic research, but they…
  • p. 53 …This research, how- ever, has not yet reached the advanced scientific stage of that in many…
  • p. 62 _.-¢a_.- resistant materials imposed by advanced military and civilian requirements, the Chinese increased substantially the electric…
  • p. 66 …oriented toward the development of advanced weaponry and toward the production of advanced weapons on a…
  • p. 67 …The Chinese now are de- pendent on foreign sources for some advanced equipment and for designs…
  • p. 68 …However, advanced tech- nology is not needed to get most of the jobs done. The Chinese…
  • p. 78 …of the Shanghai-class, which do not represent any radical advances in design. The Shanghai-class…
  • p. 86 …These equipments, how- ever, probably will not be as sophisticated as those of the more advanced…
  • p. 87 …coMMUmcA'r1oNs—China places heavy reli- ance on imports from the more advanced countries for its…
l Approved for Release: 2018/01/30 C00659420
—reP_sscaar rcs 4425/as
208. output of chemical
fertilizer in pro a y W1 reach no more than
8 million tons.
In addition, new technological prob-
lems will confront the Chinese in developing fer-
tilizers which do not consume large amounts of
sulfuric acid in their manufacture.
209. The plastics industry of China is relatively
new and undeveloped. PI'0Cl1[}CtlOI1 has increased
from about 10,000 tons in 1957 to perhaps 50,000
tons in 1964. Chinese chemists have succeeded in
producing some of the more common types of
polymers but are lacking in the ability to mass-
produce specialized types that are useful in mili-
tary weapons. Current output consists primarily of
three basic types of products: phenolics, polyvinyl
chloride, and urea-formaldehyde. Other plastics,
produced only in small amounts, include poly-
styrene, methyl methacrylate (“organic glass”), ion-
exchange resins, aminoplasts, chlorinated polyvinyl
chloride, organic-silicone, epoxy resins, and various
plastic intermediates including formaldehyde, ace-
taldehyde, and synthetic phenol. Most of these
plastics were produced as a result of considerable
technical aid and some equipment provided by the
USSR. Although China claims to produce Teflon,
polyethylene, and polyester, the production of each
is limited to the output of batch operations.
210. No substantial development of the plastics
industry during the period through 1970 is fore-
seen, without significant concomitant improvements
in the domestic supply of materials and skilled labor
and additional technical assistance from abroad.
211. The small chemical fiber industry has in-
creased production from 200 tons in 1957 to 30,000
to 40,000 tons in 1964. This gain was largely at-
tributable to plants built and equipped by Soviet
Bloc countries. Viscose rayon and “Chin-lun”
(nylon-6) are produced in sizeable quantities while
small quantities of .1 vinyl perchloride and poly-
acrylonitrile are also produced. Expanded produc-
tion of artificial fibers (for example, viscose rayon)
is hindered by shortages of woodpulp and sulfuric
acid. Production may be 100,000 tons by 1970,
an insignificant amount compared to China’s need
for textile fibers. Even this level of production
will depend on the purchase of several more plants
\_/._.._.“\/—-wwp-way
from the Free World.
212. Present production of rubber is insignificant.
China is still lacking in processes capable of mass-
producing silicone rubbers, oil-resistant synthetic
rubbers, and light-Weight, highly chemical resistant
materials. Natural rubber can only be grown in a
small area; therefore China is forced to import
natural rubber or to develop a synthetic rubber
industry. In the 1950’s, a 50,000-ton synthetic
rubber plant was built by the USSR at Lan-chou,
but production from this plant remains far below
capacity.
213. China is unlikely to make significant gains
in the synthetic rubber industry by 1970. Im-
ported plant and technology would be required for
expansion. Moreover, a major reorientation would
be necessary in the rubber fabricating industry if
synthetic rubber were to be used in volume be-
cause the present technology in rubber fabricating
is based on natural rubber.
214. c. FUELS AND 1>oWEn—The fuels and power
industries of China have a low level of technology
by Western standards. Except for petroleum prod-
ucts, however, these industries can meet present
requirements for their products. Coal supplies 90
to 95 percent of the energy that is obtained from
primary fuels. Natural gas and petroleum are
minor sources of power by contrast with their
prominence in modern industrial nations. Reserves
of coal and hydroelectric power are abundant and
reserves of petroleum and natural gas are sufficient
for needs in the foreseeable future.
215. The level of technical skills in mining coal
is low and the Chinese lack experience in the man-
ufacture of such crucial items as electric and
hydraulic control and switch gear, bearings, and
similar components for mining machinery and
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43
Approved for Release: 2018/01/30 C00659420

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FOIA release, from the cia-readingroom collection. The PDF is mirrored here; the original link is above. 95 pages are in the text index: search them above, or from the library's search.