1) modulated DSC
调制式DSC
1.
In order to set up a standard method of measuring the crystallinity of polyethylene, the inherent crystallinities of HDPE and LDPE were analysised and measured by modulated DSC in this article.
为探索和建立用DSC测量聚乙烯(PE)结晶度的标准方法,采用调制式DSC(MDSC)对不同PE的固有结晶度进行了分析和测定;研究了PE在熔融过程中可逆与不可逆热流所对应的可能的大分子结构及运动特征,根据实验确定的包括基线在内的测定方法精确测定了不同PE的固有结晶度,并与广角X射线衍射的结果进行了比较。
2.
The effects of heating, tensile and high pressure treatments on the aggregate structure of low density polyethylene (PE-LD) samples were studied using a modulated DSC (MDSC).
采用调制式DSC分别对热、拉伸及高压处理后低密度聚乙烯的聚集态结构变化特点作了研究。
3.
The possible macromolecular motion mechanism and the changing characteristics of crystalline structure of polyethylene during annealing were also investigated via a new thermal analysis technique-modulated DSC.
利用一种新的热分析技术———调制式DSC(MDSC)探讨了在退火过程中PE结晶态的变化特点及可能的分子运动机
4) DSC control technology
DSC控制技术
5) differential scanning calorimetry
DSC
1.
The thermal analysis kinetics of AgGaS2 crystal was studied by differential scanning calorimetry(DSC).
采用动态多重扫描速率法测试了AgGaS2在三个不同升温速率5K/min、10K/min和15K/min下的DSC曲线,得到一系列动力学参数。
2.
With such advanced methods as infrared spectroscopy, X ray diffraction, differential scanning calorimetry and electron microscope scanning, it is tested the tussah silk powder prepared by machinical methods or hydrolyzed with hydrochloric or sulfuric acids.
利用红外光谱、X 射线衍射、DSC分析、电镜扫描等先进测试手段对经机械法和酸水解法制备的柞蚕丝粉进行测试 ,分析不同制备方法对其结晶度、热性能、微观形态、水溶性和吸湿率等理化性能变化的影
3.
Application of differential scanning calorimetry (DSC) to analysis of composition, selection of ingredients and evaluation of quality etc of the compounds were related.
叙述了差示扫描量热仪 (DSC)在橡胶组分分析 ,橡胶配合剂的选择 ,橡胶的质量评价等橡胶配方研究中的应
6) Differential scanning calorimeter
DSC
1.
The undercoolings of Ni-coating melt with different temperatures were in situ tested within differential scanning calorimeter facility by a fiux technique.
将DSC技术与助熔剂(BaCl2)处理技术相结合,在不同温度下原位测试了Ni镀层熔体的过冷度。
2.
Amorphous ribbons of Mg_(80-x)Cu_(10+x)Y_(10)(x=0,5,10,15) are prepared by melt spinning process and the amorphous structure is testified by X-ray diffraction analysis and differential scanning calorimeter analysis.
利用单辊甩带法制备了Mg80-xCu10+xY10(x=0,5,10,15)非晶态合金薄带,用XRD分析和DSC分析显示薄带形成了非晶态结构。
3.
L?1 LiPF6 electrolyte at elevated temperature for lithium ion batteries were studied with differential scanning calorimeter(DSC) and X-ray diffraction(XRD).
采用DSC和XRD方法研究了1 mol。
补充资料：欧洲式期权、美国式期权与亚洲式期权
欧洲式期权、美国式期权与亚洲式期权
【欧洲式期权、美国式期权与亚洲式期权】期权合约所规定的权利有一定的时效期，过了失效日后，权利即行作废。一些期权规定权利仅能在有效期的最后一天执行，这种期权被称为欧洲式期权(ell功pean叩tions);另一些期权则容许在有效期内任何一天执行，这种期权被称为美国式期权(一~oPtions)。值得指出的是，虽名为欧洲式或美国式期权，但已无任何地理上的意义。由于欧洲式期权的规定过于严格，又出现了一种“改变的欧洲式期权”，它允许期权在一定的时间范围内进行交易。可见，美国式期权为期权购买者提供了更多的选择机会，因此，它的购买者也往往需支付更高的保险费。近年来无论在欧洲或美国，所交易的期权均以美国式为主，欧洲式期权虽仍存在，但其交易量已比不上美国式期权。 在so年代末期，市场上又出现了一种所谓亚洲式期权(asian ontions)，但也无地理上的意义，其差别主要在于履约价值(exe而sev公此)的计算。以买权为例，无论是美国式期权或是欧洲式期权，执行权利所能得到的履约价值均为当时标的物的市价减去履约价格，再乘以合约所定的数量，但亚洲式期权的履约价值则为权利期间内标的物市价的平均(计算至履约日为止)，减去履约价格，再乘以合约所定的数量。
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