lql

LQL ( Linear quadratic L_2 bounded uncertainties) control method was applied to the aeroengine control system.

将LQL（Linear quadratic L2bounded uncertainties）控制方法应用于航空发动机控制系统设计。

Objective: To study the ability of He-Ne laser irradiated on oxygened fluid infusions ( LQL) on increasing the SaO 2 of experimental animals with cerebral infarction.

目的：为了研究激光量子液体疗法（LQL）提高动物实验性脑梗死血氧饱和度（SaO2）的能力。

Augmented LQL method and its application to aeroengine control

增广LQL方法及其在航空发动机控制中的应用

Objective: To study the relation of the laser quantum irradiated oxygenated liquid therapy ( LQL) and the efficacy of oxygenated general core in vitro.

目的：研究体外激光量子辐射充氧液体疗法（LQL）与常用氧载体的载氧能力的关系。

The augmented LQL method was proposed, then the aeroengine control system was designed by using the method.

并提出了增广LQL控制方法，应用其设计了航空发动机控制系统。

Results The average damages area of cerebral infaction and it's severity degree were more reduced after treated by LQL, whether the NS or 5% GS groups than other control groups compared by one-way ANOVA test was more significantly difference ( P < 0.05).

结果无论NS或5%GS的LQL研究组治疗后均能有效地缩小脑梗死的面积和减轻损害程度。与对照组比较，经单元方差分析有显著差异（P<0.01）。