1) low-salt
低盐浇林
1.
The synergy effects of glycos-esterifiable koji and Aspergillus oryzae on fermentation of low-saltsoy sauce were investigated.
研究糖化增香曲在低盐浇林酱油中与米曲霉的协同发酵作用,确定了可应用于低盐浇淋酱油中的糖化增香曲的添加量。
2) low temperature pouring
低温浇注
1.
In addition, the low temperature pouringunder near liquidus can also refine the grain-size.
另外发现在近液相线温度下进行低温浇注也可以起到细化晶粒的作用,且在630℃下对熔体进行电脉冲处理后浇注得到的凝固态组织最好。
2.
The semi-solid slurry of ZL101 Al alloy,which was grain-refined by RE master alloy,was prepared by low temperature pouring.
利用稀土中间合金对液态ZL101铝合金进行了细化处理,并用低温浇注技术制备了ZL101铝合金半固态浆料,研究了细化处理对所制备ZL101铝合金的半固态初生α相形貌和尺寸的影响。
3) tank pickle
浇盐水腌制
4) low salt
低盐
1.
The low saltsoy sauce was produced by partly replacement of salt with ethanol in liquid state fermentation for 55 d.
用乙醇代替部分盐发酵55d生产的低盐酱油,其中20%盐、1%乙醇溶液泡曲发酵的原酱油中氨基酸态氮为0。
2.
This article explored the technology conditions of producing packing fermenting laver pickle of low salt, and researched the influence factors to pickle texture such as different salt density, stiffening agents, scald temperature and time, result showed the optimization conditions is 4% NaCl, hardening treatment 40 min of 0.
本文对紫菜低盐袋装发酵泡菜的技术条件进行了探讨,实验中研究了不同用盐量、硬化剂、热烫温度及时间对泡菜口感的影响。
5) low salinity
低盐
1.
Preparation of
low salinity, boneless and massive ham;
低盐去骨块状火腿的研究
2.
The differences of the whole protein(under 40 kD) expression profiles in Sinonovacula constricta hemolymph after shot-term treatment of low salinityare detected using two-dimensional electrophoresis and image analysis software,The peptide mass map is obtained with MALDI-TOF-MS,A novel protein or polypeptide is identified by database retrieval.
应用双向聚丙烯酰胺凝胶电泳技术及图像分析技术寻找缢蛏在低盐环境压力下血淋巴内40kD以下小分子蛋白质组差异,制成肽质指纹图谱,MALDI-TOF-MS测序,通过数据库检索快速鉴定蛋白质或多肽。
3.
haitanensis cultured for 20 days under the condition of low salinity(15,10)were discussed.
对人工选育的褐绿色、翠绿色、红棕色坛紫菜F1、F2、F3代叶状体在低盐(盐度为15、10)培养条件下的生长和品质进行了研究。
6) phosphate castable refractory
磷酸盐浇注料
1.
This paper brief introduced the feature and constructing characteristic of phosphate castable refractoryand based on the author’s practical operation exeperiences in recent years,the result shows that it is worth popularizing and applying.
本文简述了磷酸盐浇注料的性能及施工特点 ,并结合作者近几年的实践经验 ,说明该浇注料在工业炉上具有一定的应用价值 ,尤其是在炉体结构复杂部位代替传统的耐火砖 ,既能够提高炉衬使用寿命 ,又能降低工人的劳动强度。
补充资料：低都儿低
1.低而又低，很低。
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
专业词汇(按中图法分类)