融化期的英文

英文翻译手机版

"融化"英文翻译 melt; thaw; thawing
"期"英文翻译 designated time
"融化" 英文翻译 : melt; thaw; thawing 雪已开始融化。 the snow is beginning to thaw. 有太阳照射时，冰就融化。 the ice will melt when the sun shines on it.; 融化带 melting band; 融化点 melting point; 融化热 ablation heat
"惰化期" 英文翻译 : deactivation period
"分化期" 英文翻译 : differentiation period; differentiation phase; idiophase; time of differentiation
"孵化期" 英文翻译 : brood stage; hatching period; incubation period; incubation time
"钙化期" 英文翻译 : calcification period
"固化期" 英文翻译 : cure period
"黄化期" 英文翻译 : yellowing stage
"活化期" 英文翻译 : activation period; period, activation
"进化期" 英文翻译 : evolutionary stage
"老化期" 英文翻译 : ageing period
"气化期" 英文翻译 : pneumatolytic stage
"强化期" 英文翻译 : intensive phaáu
"熔化期" 英文翻译 : melt down period; melting cycle; smelting period
"生化期" 英文翻译 : biochemical period
"熟化期" 英文翻译 : curing time; maturation period
"水化期" 英文翻译 : hydration period
"碳化期" 英文翻译 : carburizing cycle
"同化期" 英文翻译 : assimilation stage
"文化期" 英文翻译 : cultural age
"雾化期" 英文翻译 : atomization period
"消化期" 英文翻译 : digestion period
"氧化期" 英文翻译 : oxidation period; oxidizing period
"硬化期" 英文翻译 : hardening period; hardening time

The results demonstrate that the upper limit of permafrost in this area had declined from 1970s to the middle phase of 1990 , and permafrost has appeared degenerate tendecy , but since middle 1990s , permafrost have a stable state ; ground temperature of roadbed near the earth surface is higher than that of the natural ground , thawing time of roadbed near the earth surface is longer than that of the natural ground , the heat income within the permafrost is greater than the heat release from the permafrost during anannual period , the heat accumulation within the permafrost is temporarily appeared as temperature rising , but with the heat accumulation within permafrost growing up year by year , permafrost temperature will become higher gradually , and strong thawing of permafrost could be happened in the region
结果表明：风火山地区从20世纪70年代到90年代中期冻土上限下降，冻土出现退化现象，从90年代至今冻土趋于稳定；路基近地表地温明显高于对应天然地表下的地温，路基近地表经历的融化期长于对应天然地表，进入多年冻土区的热收支也呈现出吸热明显大于放热的周期性变化，进入多年冻土的热积累暂时以增高地温耗热为主，但随着冻土吸热量的逐年积累、冻土温度的不断升高，本区冻土可能发生强烈融化。