2) temperature peak of hydration
水化温峰
1.
By using the direct thermometry and the X-ray diffraction technique,the influences of superplasticizers,retarders and a combination of superplasticizers and retarders on cement hydration heat,the temperature peak of hydration,the time of the ap-pearance of the temperature peak,and the quantity of Ca(OH)2 and ettringite(AFt)at different ages were investigated.
用直接测温法及X射线衍射技术,系统研究了萘系、氨基磺酸盐系及聚羧酸盐系3种高效减水剂,三聚磷酸钠及糖钙2种缓凝剂及复合使用高效减水剂与缓凝剂对水泥水化热、水化温峰、温峰出现时间及不同水化龄期Ca(OH)2和钙矾石(ettringaite,AFt)生成量等方面的影响。
2.
By using the direct thermometry and X-ray diffraction technique,the influences of sodium gluconate and the compounding of superplasticizers with sodium gluconate on cement hydration heat,the temperature peak of hydration,the appearing time of temperature peak,and the quantity of Ca(OH)2 and ettringite(AFt)at different age were investigated.
用直接测温法及X射线衍射技术,系统研究了葡萄糖酸钠与萘系、氨基磺酸盐系及聚羧酸盐系3种高效减水剂复合使用对水泥水化热、水化温峰、温峰出现时间及不同水化龄期Ca(OH)2和钙矾石(AFt)生成量等方面的影响。
3) temperature rise peak value
温升峰值
1.
The paper,based on adiabatic temperature rise equation,establishes temperature rise equation under the condition of heat radiation,and finds out the conditional equation about temperature rise peak age and its approximate calculating method,by which every temperature rise peak value is calculated .
在绝热温升方程的基础上 ,建立散热情况下的温升方程 ,推算出温升峰值龄期的条件方程及近似计算方法 ,进而求出各温升峰值。
4) peak junction temperature
峰值结温
1.
Using this model, we can correct the electrically mesuured average temperature on the surface of the chip to the peak junction temperature.
描述了功率晶体管峰值结温电学测量技术中采用的三维两层结构模型,给出其解析解及计算程序框图,用此模型将电学测量的平均结温修正为峰值结温,修正可达10～30℃, 以红外微热像仪测量的热场为标准,峰值电学法的误差小于8％,标准电学法的误差则可达50％。
2.
The junction-temperature distribution of the emitter region of the transistors,peak junction temperature,and minimum junction temperature are briefly shown and the average junction temperature is calculated through the one-dimension temperature distribution curves.
一维温度分布曲线给出了整个发射区的结温分布情况,并可直接读取发射区的峰值结温和最低结温,还可以计算出平均结温。
6) Soil temperature in Xifeng
西峰地温
补充资料：送温处士归黄山白鹅峰旧居
【诗文】：
黄山四千仞，三十二莲峰。丹崖夹石柱，菡萏金芙蓉。
伊昔升绝顶，下窥天目松。仙人炼玉处，羽化留馀踪。
亦闻温伯雪，独往今相逢。采秀辞五岳，攀岩历万重。
归休白鹅岭，渴饮丹砂井。凤吹我时来，云车尔当整。
去去陵阳东，行行芳桂丛。回溪十六度，碧嶂尽晴空。
他日还相访，乘桥蹑彩虹。
【注释】：
【出处】：
全唐诗：卷175_10
黄山四千仞，三十二莲峰。丹崖夹石柱，菡萏金芙蓉。
伊昔升绝顶，下窥天目松。仙人炼玉处，羽化留馀踪。
亦闻温伯雪，独往今相逢。采秀辞五岳，攀岩历万重。
归休白鹅岭，渴饮丹砂井。凤吹我时来，云车尔当整。
去去陵阳东，行行芳桂丛。回溪十六度，碧嶂尽晴空。
他日还相访，乘桥蹑彩虹。
【注释】：
【出处】：
全唐诗：卷175_10
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