《张立藩环境生理论文选 高空 重力 心肺生理》求取 ⇩

Ⅰ．高空生理3

1.1关于低压舱体验上升方案（飞行人员高空生理训练用）的实验研究3

1.2 关于人体氧耗量与肺通气量、心率、呼吸频率直线回归关系的实验研究9

1.3 飞行员模拟飞行时的呼吸及循环反应15

1.4 改进型微量呼吸气体分析器19

1.5 呼吸及血液气体的气相色谱分析法及其应用23

1.6 呼吸气体一次进样气相色谱分析方法27

1.7 呼出气氢测定试验对飞行人员乳糖酶缺乏症的研究30

1.8 88型呼出气氢含量测定仪的研制与应用33

1.9 化学负荷下口腔关闭压（P0.1）与肺通气功能的相关关系36

1.10 Measurement of individual hypoxic sensitivity by means of mouth occlusion pressure40

1.11 呼吸阻力负荷心理-生理研究进展44

1.12 飞行员航空供氧装备外加呼吸阻力容许水平的测定49

1.13 轻、中度体力负荷下外加吸气阻力的感觉阈限55

1.14 呼吸阻力感觉的多级评量、最小可觉差梯级与等感关系61

1.15 Assessment of resistive load sensation for protective respiratory equipment67

1.16 Effects of combined resistive loading on the respiratory pattern and subject's perception73

1.17 呼吸气体流率、压力测量仪的研制80

Ⅱ．重力生理：高G生理87

2.1高持续性＋Gz重复暴露对大鼠血脑屏障通透性的影响87

2.2 Effect of repeated+Gz exposure on energy metabolism and some ion contents in brain tissues of rats91

2.3 飞行人员的有氧锻炼问题96

2.4Effect of aerobic training on orthostatic tolerance,circulatory response,and heart rate dynamics99

2.5 Effects of different pressure schedules on+Gz protection afforded by an extended coverage anti-G suit107

2.6多元非线形人体循环呼吸系统模型及其应用111

2.7 Simulation of CV response and protection to+Gz stress by extended-coverage G-suit117

Ⅲ．重力生理：微重力理131

3.1本世纪末重力生理学面临的挑战131

3.2 Experimental studies on effects of simulated weightlessness on myocardial function and structure136

3.3 Functional alterations in cardiac muscle after medium- or long-term simulated weightlessness and related cellular mechanisms141

3.4 一种模拟长期失重影响的大鼠尾部悬吊模型146

3.5 长期模拟失重大鼠心肌收缩性能的改变149

3.6 Ultrastructural changes of myocardium in long-term tail-suspended rats154

3.7 Modulation of myocardial α-1 but not β-adrenoceptors after 90-day tail-suspension158

3.8 模拟失重大鼠左心室乳头肌收缩性能及钙反应性的变化164

3.9 A proteolytic NH2-terminal truncation of cardiac troponin I that is up-regulated in simulated microgravity168

3.10 模拟失重4周大鼠心肌细胞动作电位的改变及其离子机理179

3.11 超声心动图检测模拟失重大鼠左心室的结构与功能183

3.12 长期尾部悬吊大鼠冠脉血流量的变化187

3.13 90 d模拟失重大鼠动脉压力反射反应性的改变190

3.14 长期尾部悬吊大鼠血浆儿茶酚胺反应性的初步研究194

3.15 Effects of simulated weightlessness on arterial vasculature—an experimental study on vascular deconditioning197

3.16 Vascular adaptation to microgravity:what have we learned?202

3.17 Time course and reversibility of arterial vasoreactivity changes in simulated microgravity rats219

3.18 Simulated microgravity enhances vasoconstrictor responsiveness of rat basilar artery221

3.19 模拟失重大鼠不同部位动脉血管壁超微结构的变化232

3.20 模拟失重大鼠比目鱼肌小动脉网各级血管内径的变化237

3.21 模拟失重大鼠心肌与血管组织的热应激诱导HSP70表达241

3.22 Vascular adaptation to microgravity:role and implications of local vascular renin-angiotensin system246

3.23Differential activation of potassium channels in cerebral and hindquarter arteries of rats during simulated microgravity253

3.24 Functional alterations in cerebrovascular K+and Ca2+channels are comparable between simulated microgravity rat and SHR267

3.25 模拟失重增强大鼠脑动脉血管平滑肌细胞大电导钙激活钾通道功能282

3.26 模拟失重大鼠脑血管周围肽能神经支配的可塑性变化288

3.27 模拟失重大鼠后肢动脉血管肾上腺素能神经支配的变化294

3.28 Fos expression in the medullary oblongata and changes in size of spinal lateral horn neurons after4-wk simulated weightlessness in rats298

3.29 Peripheral effector mechanism hypothesis of postflight cardiovascular dysfunction305

3.30 Model of depressed myocardium shows orthostatic intolerance with or without reduced blood volume315

3.31 Letters to the editor—vascular adaptation to microgravity:extending the hypothesis322

3.32 Letter to the editor—vascular adaptation to microgravity324

3.33 人工重力的生物医学问题：以往工作回顾与面临的挑战329

3.34 System specificity in responsiveness to intermittent-Gx gravitation during simulated microgravity in rats334

3.35 Effectiveness of intermittent-Gx gravitation in preventing deconditioning due to simulated microgravity337

3.36 Daily 4-h head-up tilt is effective in preventing muscle but not bone atrophy due to simulated microgravity350

3.37 Daily short-period gravitation can prevent functional and structural changes in arteries of simulated microgravity rats359

3.38 间断性站立对模拟失重大鼠睾丸萎缩仅有轻度减轻作用371

3.39 专题讲座：展望新世纪的重力生理学376

Ⅳ．心肺生理387

4.1The effect of IABP on ventricular contractility of the normal and ischemic heart assessed in situ by T-Emax387

4.2 抗重组人肿瘤坏死因子单克隆抗体对内毒素血症家兔氧提取功能的影响393

4.3 Estimation of respiratory mechanics in dogs with acute lung injury398

4.4 呼吸力学系统的模型与辨识408

4.5 一种非线性呼吸力学模型及其参数估计413

4.6 心率与血压的变异性——分析方法、生理意义及其应用419

4.7 心率与血压变异性的多变量、多维信号分析进展424

4.8 Cardiovascular age of aviation personnel:based on the principal component analysis of heart rate and blood pressure variability430

4.9 健康人心率变异性中的不稳定周期轨道436

附录Ⅰ．张立藩论著目录（期刊，会议录）441

附录Ⅱ．张立藩论著目录（教材，教科书，参考书，译书）453