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目的探讨一种新型囊式抗荷服（ＫＨ－ｘ）的抗荷性能及实用性能。方法①在离心机上测定了１８名受试者的基础＋ＧＺ耐力，以及分别采用ＫＨ－ｘ的Ｃ、Ｓ、Ｓ１、Ｓ２型时的＋ＧＺ耐力，确定其抗荷性能，并与ＫＨ－３、ＣＳＵ－ｘＢ／ｐ抗荷服进行对比；②４８名飞行员对ＫＨ－ｘ（Ｃ）、ＫＨ－ｘ（Ｓ）进行试穿，且有３名飞行员进行试飞。结果衣面为全覆盖式的ＫＨ－ｘ（Ｃ）、ＫＨ－（Ｓ）虽具有较高的抗荷性能，但夏天穿太热；衣面为露空式的ＫＨ－ｘ（Ｓ１）抗荷性能较低，对其改进后研制出的ＫＨ－ｘ（Ｓ２），配ＮＫＴ、ＫＴ－７Ａ、ＫＴ－２抗调器时的抗荷性能，分别达到２．５０Ｇ、２．２５Ｇ、２．２５Ｇ，明显高于ＫＨ－３及ＣＳＵ－ｘＢ／ｐ（Ｐ＜０．０１）。结论ＫＨ－ｘ（Ｓ２）配ＮＫＴ、ＫＴ－７Ａ、ＫＴ－２抗调器时的抗荷性能均达到２．１Ｇ以上，可满足现役战斗机＋ＧＺ防护的需要，并可实现通用化、系列化的要求；采用露空式结构将有利于散热。
Objective To investigate the anti-load performance and practical performance of a new type of capsule anti-kimono (KH-x). Methods ① The basal + GZ endurance of 18 subjects and the + GZ endurance of KH-x in C, S, S1 and S2 were measured on a centrifuge to determine their anti-load performance, and compared with KH-3, CSU -xB / p anti-Dutch service; ② 48 pilots tested on KH-x (C) and KH-x (S), and three pilots conducted test flights. Results KH-x (C) was completely covered by the garment surface. Although KH- (S) had higher anti-load capacity in summer, it was too hot in summer and the exposed surface was KH-x The performances of KH-x (S2), NKT, KT-7A and KT-2 resistance modifiers developed after the improvement are lower than those of the conventional KH-x (S2) , Significantly higher than that of KH-3 and CSU-xB / p (P <0.01). Conclusion The anti-load performance of KH-x (S2) with NKT, KT-7A and KT-2 modulators reached above 2.1G, which can meet the needs of active combat aircraft + GZ protection and achieve universal and serialized Requirements; The use of exposed structure will be conducive to heat dissipation.