1) over-reproduction
超生
1.
In view of the serious over-reproduction in china,this article presents a remarkable contrast between china and some other countries in many different aspects such as soil,resources,history and etc.
鉴于中国目前仍然存在严重的超生现象,文章从土地、资源、历史等多个方面同世界各国进行了对比,说明神州大地再也承载不起超生带来的沉重人口负担,因此必须严格执行计划生育国策,才能使中华民族迅速复兴,使现在活着的人生活得更幸福,使子孙后代生活得更美好。
2) excessive acid production
超量生酸
1.
Fruit wine contamination usually caused by excessive acid production ( mainly produced by Kloeckera apiculata and Acetobacter) which further resulted i n wine deterioration.
酿制果酒染菌,常常是超量生酸,导致败坏,主要由克勒氏酵母和醋酸菌分解产生的。
4) spanning kypertree
生成超树
5) ecological overshoot
生态超载
1.
Tracking species loss,focusing on ecological overshoot and sharing one planet living:Main results of the Living Planet Report 2006;
追踪物种丧失·聚焦生态超载·共享一个地球——《2006地球生命力报告》解读
2.
Its ecological overshoot index adds up to 2.
66 hm2,生态超载强度系数为2。
6) excess entropy production
超熵产生
1.
On the basis of analyzing dissipative structure characters of urban industry-environmental system,according to general thermodynamics stability criterion in dissipative structure theory,a model about excess entropy production of urban industry-environmental system is established.
在分析城市工业-环境系统耗散结构特征的基础上,尝试根据耗散结构理论中的一般热力学稳定性判据建立城市工业-环境系统的广义超熵产生模型,并将其应用于山西省临汾市的工业-环境系统。
2.
By taking D(x)=D 0(1-x 2)(x=sinθ,θ is latitude)as the diffusion coefficient,the relations between increase of CO 2 concentration and abrupt climate warming are discussed by using excess entropy production theory,and the critical value of CO 2 concentration is derived when abrupt climate warming occurs.
建立了变系数扩散的一维自组织非线性气候模型，取热流输运系数为Ｄ（ｘ）＝Ｄ０（１－ｘ２）（ｘ＝ｓｉｎθ，θ为纬度），运用超熵产生理论讨论了ＣＯ２浓度增加与气候突变的稳定性关系，得到突变时ＣＯ２浓度的临界值，所得结论基本上符合近代气候变化的时间尺度特征，也与有关文献的结论一致。
3.
On the basis of excess entropy production theory the corresponding stability criterion is derived,and the parametric relation of the increase of CO2 to the abrupt climate change is discussed.
建立了一个包含云与辐射动态相互作用的一维非线性能量平衡气候模型，根据超熵产生理论，求得相应的稳定性判据。
补充资料：生糖兼生酮氨基酸
生糖兼生酮氨基酸(glucgenic and ketogenic amino acids)
指在体内既能转变成糖又能转变酮体的一类氨基酸。包括色氨酸、异亮氨酸、苏氨酸、苯丙氨酸、酪氨酸。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条