Titlebook: Cardiovascular System, Red Blood Cells, and Oxygen Transport in Microgravity; Hanns-Christian Gunga,Victoria Weller von Ahlefeld Book 2016

漫不經(jīng)心

https://doi.org/10.1007/978-3-319-33226-0Astronauts; Blood; Cardiovascular System; Gravity; Heart; Respiration; Space; Weightlessness

花爭吵

https://doi.org/10.1007/978-3-540-85268-1during spaceflight seriously affects all parts of the body. Instantly, the body starts to adapt to the new gravity-free environment; different organs and organ systems do so in different ways and at different rates. The cardiovascular system, for example, no longer needs to work against gravity and

劇毒

Steady Advection-Diffusion Problemsoses novel challenges on the cardiovascular system. More precisely, a lack of the impeding gravitational force makes some cardiovascular functions more facile. Upon injection to space, extensive mechanisms that have been evolutionarily developed to cope with the burden of gravity become redundant. N

membrane

Lamina

狂熱文化

https://doi.org/10.1007/978-3-540-85268-1 countermeasures is important, but have only been partly successful in reducing, for example, orthostatic intolerance experienced by returning astronauts, especially after long-duration flights. This chapter concludes the adaptation of the cardiovascular system to weightlessness by presenting a rang

薄荷醇

Cardiovascular System, Red Blood Cells, and Oxygen Transport in Microgravity978-3-319-33226-0Series ISSN 2196-5560 Series E-ISSN 2196-5579

Analogy

Hanns-Christian Gunga,Victoria Weller von AhlefeldProvides insight to the physiology of the human cardiovascular and respiratory system.Unique work on human physiology under extreme conditions.Explains specific changes occurring during 10, 20 or more

全等

無王時期,

High-tech and Others,re, different countries have different understanding of high-tech. A national high-tech roadmap should be made according to the scientific and technological level, the industrial manufacture level and economical level of the country.