WITH DECREASING STH (無冠詞) 減少するにつれて；少なくなるほどに
2016年11月01日
車馬駄馬田 at 08:00 | Comments(0) | with
目次はこちら
WITH DECREASING STH (無冠詞) 減少するにつれて；少なくなるほどに
$$ It is apparent that the average luminance or brightness of the discharge decreases with decreasing pulse width, but it is also apparent that this decrease is proportionally much greater than the decrease in duty factor of the pulse train, due to the large difference in brightness or luminance of the first and second conditions of the discharge. (USP6087786)
$$ The relatively low growth temperature was expected to improve the structural quality of the material as the critical shear stress increases with decreasing temperature (R. Balasubramanian et al, Mater. Sci. Eng. B16 (1993) 1). / 臨界せん断応力が温度低下と共に増大するので（Ｒ．Ｂａｌａｓｕｂｒａｍａｎｉａｎほか著、「材料化学工学」Ｂ１６巻（１９９３年）１）、材料の構造的品質を改良するには、比較的低い成長温度が予測された。(USP6375739)
$$ In the presence of furnace exhaust gases, however, the resistivity curve follows the dry air curve for higher temperatures, but for temperatures below about 200℃ the resistivity actually decreases with decreasing temperature.(USP6615612)
$$ The included angle between the two sets of deflector elements could then be controlled as a function of flow rate, for example the included angle between the two sets of deflector elements increasing with decreasing flow rate. (USP6623155)
$$ In dry air, the resistivity increases monotonically with decreasing temperature and below about 200℃. (USP6615612)
目次はこちら
WITH DECREASING STH (無冠詞) 減少するにつれて；少なくなるほどに
$$ It is apparent that the average luminance or brightness of the discharge decreases with decreasing pulse width, but it is also apparent that this decrease is proportionally much greater than the decrease in duty factor of the pulse train, due to the large difference in brightness or luminance of the first and second conditions of the discharge. (USP6087786)
$$ The relatively low growth temperature was expected to improve the structural quality of the material as the critical shear stress increases with decreasing temperature (R. Balasubramanian et al, Mater. Sci. Eng. B16 (1993) 1). / 臨界せん断応力が温度低下と共に増大するので（Ｒ．Ｂａｌａｓｕｂｒａｍａｎｉａｎほか著、「材料化学工学」Ｂ１６巻（１９９３年）１）、材料の構造的品質を改良するには、比較的低い成長温度が予測された。(USP6375739)
$$ In the presence of furnace exhaust gases, however, the resistivity curve follows the dry air curve for higher temperatures, but for temperatures below about 200℃ the resistivity actually decreases with decreasing temperature.(USP6615612)
$$ The included angle between the two sets of deflector elements could then be controlled as a function of flow rate, for example the included angle between the two sets of deflector elements increasing with decreasing flow rate. (USP6623155)
$$ In dry air, the resistivity increases monotonically with decreasing temperature and below about 200℃. (USP6615612)
目次はこちら
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