作者: Alice M. Stoll
DOI: 10.1016/S0065-2717(08)70273-9
关键词: Thermal injury 、 Biotechnology 、 Scientific technique 、 Underwater 、 Heat exchanger 、 Environmental science 、 Heat transfer 、 Solar gain 、 Heat flow 、 Natural (archaeology)
摘要: Publisher Summary This chapter focuses on heat transfer in biotechnology. The is the first this series of volumes to be concerned with Biotechnology may defined as that area knowledge concerns scientific techniques appropriate studies field biology. About 75% Earth underwater. In depths its seas, vast resources foodstuffs and minerals await exploitation. space, exchange between man his environment profoundly affected by orientation respect Sun. Artificial environments probably began utilization fire provide radiant warm air open or natural shelters such caves rocky alcoves. Research undersea “inner space” at least new “outer space’’ platforms even though has been traveling underwater far longer than he space. present chapter, attention centered broad picture body a whole total effect protective garments thermal barriers interposed various surrounds. range sensation because effects extends above below temperature levels comfort neutrality into cold pain one side other. Injury from intense, short-term exposures confined entirely skin and, therefore, constitutes an different situation long-term gain leading systemic prostration. To protection against injury, it necessary stipulate characteristics causative agent, analyze resultant modes flow, construct designed minimize flow skin.