1) solid-state culture
固态发酵培养基
2) solid state
固态
1.
Study on Lanzhou operating method of solid state fermentation in vinegar making;
兰州操作法固态发酵制醋的探讨
2.
Study on a new method for synthesis of benzothiazoles through grinding in solid state;
2-取代苯并噻唑的固态合成研究
3.
The process of CO 2 circulation gas stripping ethanol fermentation (GSEF) in solid state medium was researched in this paper The results showed that 7 2% ethanol was gained by using CO 2 circulation gas stripping ethanol fermentation, the rate of converting starch to ethanol was 84 0%, and the fermentation temperature was effectively controlled with this proces
对固态基质CO2 循环气载乙醇发酵分离耦合过程进行了初步研究。
3) Solid-state
固态
1.
Analysis and design of solid-state power synthesizing system based on the slotted waveguide are introduced and the specific simulated data is given.
介绍一种基于裂缝波导固态功率合成系统的分析与设计,并给出具体仿真数据。
2.
We depend on the foreign technology for the broadband solid-state high power amplifier for reconnaissance and communication.
由于器件和技术的原因,通信侦察的大功率宽带固态功放对国外有着很大的依赖性。
4) solid
固态
1.
Correlation between Structures of Liquid and Solid in Some Metals;
有关金属液—固态结构相关性若干问题的研究
2.
Electrolyte were classified as liquid electrolyte,quasi-solid electrolyte,solid electrolyte according to its physical status.
按照电解质的物理状态将电解质分为液态电解质、准固态电解质和固态电解质分别予以介绍,并比较了使用这三种电解质的太阳能电池的优缺点。
5) semi-solid
半固态
1.
Application of Microstructural Analysis to the Microstructure Observation of the Semi-solid Alloy;
微观分析方法在半固态组织观察中的应用
2.
Preparation of Semi-solid Billets and Its Slurry by Novel Sloping Plate Process;
新型倾斜板技术制备半固态铝合金坯料和浆料
3.
Study on the Compressive Deformation Behavior of Semi-solid Al-Si-Cu-Mg Alloy;
半固态Al-Si-Cu-Mg合金压缩变形特征的研究
6) solid fermentation
固态发酵
1.
Effects of ferment container and correlative process conditions on solid fermentation of monascus for producing Monacolin K;
发酵瓶及相关工艺条件对红曲固态发酵产Monacolin K的影响
2.
Production of single-cell protein with scutellaaria baicalensis residue by solid fermentation;
黄芩药渣固态发酵生产单细胞蛋白
3.
Incubation,solid fermentation and application of high-yield cellulase bacteria for textiles;
纺织用纤维素酶高产菌种的选育、固态发酵及其应用
参考词条
补充资料:固态发酵果醋
各种低档果、残次落果、果品加工后剩下的果皮、果屑、果心等,用固态发酵法生产果醋。其产品色泽黑褐有光泽、质地浓稠、酸味醇厚、鲜美微甜、卫生、理化指标均能达到国家规定标准。
1、制苗种:用麸皮100公斤,醋用发酵剂150克加水拌和,温度(75%)以手握时指缝有水而不滴水为宜。再用浅盒装料,放入菌种室。室温30℃,品温保持在30—35℃,每两小时翻拌一次,使物料充分接触空气,在物料发出醋香味,呈黄色块状后阴干备用。
2、配料:在果料内加入适量的麸皮,用于吸收多余的水分,使原料疏松加速醋化过程。麸皮加入量的多少,以手握掺料从指缝间能挤出水分 而不滴水为宜。
3、接菌发酵:100公斤原料加入3公斤醋用菌种和3公斤麸曲。(总量按原料重量的6%)。堆入高1.5米,宽2米,长3.5米(可按物料量 多少定池容积),上用塑料薄膜覆盖,每日翻料1-2次,料温控制在36度左右,不宜超过40℃,经3天糖化,6天酒化,8-10天醋化,待原 料发出醋香味,且无生涩味时,醋坯成熟。
4、淋醋:淋醋时可用淋醋缸,在缸的下面钻一个直径为2厘米的孔, 安上长10-20厘米的竹筒,筒口塞以清洁的纱布。缸底悬空,置一竹筛, 筛上铺1-2层洁净的麻袋片,醋坯倒在麻袋片上,按1公斤醋坯加1公 斤清洁凉水的比例,倒入凉水,浸泡4小时后,取掉塞口的纱布,醋就从 筒口流出。头次淋的醋为头醋,二次淋的醋为二醋,三次淋的醋为尾水醋,将尾水醋倒入醋坯洒头醋,根据市场需要调配成甲醋、乙醋。经100℃高温灭菌后验质。即成成品醋。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。