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Notes<br />
18<br />
Stephanie Lieggi, “China’s New Export Controls,” available at .<br />
19<br />
Phillip C. Saunders, “Preliminary Analysis of Chinese Missile Technology Export Control List,” September<br />
6, 2002, available at . For a translated list of<br />
Chinese new control regulations, see “Chinese Export Controls and Jiang Zemin’s Visit to the United States,”<br />
available at .<br />
20<br />
A cruise missile’s aerodynamic flight stability makes it an inherently better platform from which to<br />
deliver and disperse chemical and biological agents compared with a ballistic missile. It can travel at speeds of<br />
Mach 4 or better. The lethal area for a given quantity of biological agent delivered by a cruise missile can be at<br />
least 10 times greater than that of a ballistic missile. This differential has been demonstrated through extensive<br />
modeling and simulation. Gene E. McClellan, Pacific-Sierra Research Corporation, interview with authors,<br />
August 22, 1997, Arlington, VA.<br />
21<br />
The MTCR is, in effect, a supplier cartel. Membership does not automatically confer anything except<br />
membership in an exclusive club of states that adhere to nonproliferation goals and procedures. China has<br />
slowly shown evidence of more responsible nonproliferation behavior: it sought and gained entry to the Nuclear<br />
Suppliers Group in 2004, as will be noted.<br />
22<br />
Anupam Srivastava, “China’s Export Controls: Can Beijing’s Actions Match Its Words?” Arms Control<br />
Today 35, no. 9 (November 2005), available at .<br />
23<br />
Ibid.<br />
24<br />
Also worthy of consideration is the use of the MTCR’s outreach activities to help China with its en<strong>force</strong>ment<br />
challenges. The good offices of the European Union should also be brought to bear in working with<br />
China on the problem.<br />
25<br />
Victor Zaborsky, “Does China Belong in the Missile Technology Control Regime?” Arms Control Today<br />
34, no. 8 (October 2004), available at .<br />
Chapter Eight<br />
1<br />
The PLAN appears to have concluded that the ASW mission can be largely ignored and possibly handled<br />
to a limited extent by other means (for example, sea mines and perhaps unmanned underwater vehicles), at<br />
least for now, and has gone “all in” regarding antisurface warfare.<br />
2<br />
Direct quote from Murray, “China’s Undersea Warfare: A USN Perspective.”<br />
3<br />
O’Rourke, 38; Blasko, 154.<br />
4<br />
A Chinese assessment of global cruise missile development can be found in Dai Yanli, Wang Lu, and<br />
Xiao Weibin [ 戴 艳 丽 , 王 路 , 肖 伟 炳 ], “Survey of Global Cruise Missile Developments in 2007” [2007 年 世<br />
界 巡 航 导 弹 发 展 综 述 ] in 2008 Yearbook in International Arms Control and Disarmament [ 国 际 军 备 控<br />
制 与 裁 军 ], ed. Li Genxin and Teng Jianqun [ 李 根 信 , 腾 建 群 ], 131–137 (Beijing: World Affairs Press [ 世<br />
界 知 识 出 版 社 ], 2008).<br />
5<br />
To be sure, it would be wrong to simply compare numbers of missiles and conclude that there is a “missile<br />
gap” in the Western Pacific. That is the same mistake others make in counting Chinese submarines and<br />
observing how badly U.S. submarines are outnumbered in the region. For instance, the United States can hold<br />
surface ships at risk with fast and lethal SSNs firing torpedoes—one shot, one kill with an Mk 48. The real issue<br />
could be the growing range of Chinese ASCMs (if indeed the ranges are growing) where surface ASCM shooters<br />
can linger in shallow waters or away from U.S. SSNs and take long-range salvo shots from increasing distances.<br />
Even that depends on good over-the-horizon targeting, which can be greatly complicated by electromagnetic<br />
157