Others believed that they were formed from the "seeds" or "germs" of these animalcules . 另一派认为它们是从微小动物的“种子”或“胚”形成的。
2.
Animalcules could never appear unless new air somehow entered the flask and came in contact with the infusion . 除非有新的空气进入容器并与汁液接触，微小动物就绝不可能出现。
3.
Animalcule fermentation process possesses non - linear and time difference , it is inherence mechanism is very complex , some important course variable ca n ' t measure online 微生物发酵过程具高度的非线性和时变性，其内在机理非常复杂。一些重要的过程变量不能在线测量。
4.
Note : the post - larvae , growing a chela on the walking leg , begin to devour other small actively swimming animalcules , and the slow moving bs - n brine - shrimp nauplii becomes easy prey 夜间投饵间隔容易变长，因此稍微增加投饵之必要，但注意过多之投饵量，使水质恶化，育成率失败。
5.
Antonie van leeuwenhoek , pioneering microscopist , observed in 1702 that dry sediments of ” animalcules “ , expected to be dead , were brought back to life when exposed to rain water 安东尼?范?列文虎克? ?使用显微镜的先驱，在1702年观测发现，把被认为死亡了的干枯的“微生物”沉积物放在雨水中时它们又复活了。
6.
During the mysis substages there is a gradual transition from phytoplankton to zooplankton . feed on : diatoms , animalcule such as a . salina , oyster eggs and larvae as well as on rotifers and nematodes 1在糠虾期幼虫的蜕变中，渐渐从摄食植物浮游生物转变到动物浮游生物。饵料：藻类微生物如丰年虾牡蛎卵轮虫丝虫类动物。
7.
For use of plant - cultivating , testing planting , cultivation of bacteria breeds and animalcules and water analysis in scientific research institution of medicine , sanitation and epidemic prevention , pharmaceutical inspection , agricultre and stock - breeding and aquiculture , etc 用于医疗，卫生防疫，药检，农蓄，水产等科研部门作植物培养，育种试验，菌种，微生物的培养，水体分析等。
8.
The thesis , application environment study of animalcule fermentation process modeling and controlling , is a part of the project , application environment study of antibiotic fermentation process modeling and controlling which is sponsored by natural science fund of tianjin city 本课题“微生物发酵过程建模及控制开发环境的研究”是天津市自然科学基金资助项目“抗生素发酵过程建模及控制开发环境的研究”的子项目。
9.
Based on this , through a lot of yeast , e - polylysine ferment experiments and analyzing the data , comprehend the universality rule of animalcule ferment ; advanced soft - measure model , estimate the parameter non - measurable online , including the parse model based main - regression analyze , the ann model based ann arithmetic . guide the fed - batch control and environment parameter by the optimized track . to advance the last gain , identify the fermentation phase 在此基础上，经多次酵母发酵实验、聚赖氨酸发酵实验及对大量实验数据的分析，深入了解了微生物发酵的一般性规律；建立了微生物发酵过程的软测量模型，对不可在线测量的生物参数进行估计，包括由主元回归分析得到的解析式模型，由神经网络算法得到的神经网络模型。
10.
They are jinfo mountain in nanchuan county ( natural protection section ) , wuling mountain in qianjiang county ( national emphases forest demonstration county which forest cover rate is beyond 50 % ) and zhongliang mountain in beibei county ( artificial destruction is very grave ) . some main land use patterns i . e . woodland , garden , infield , abandon infield , shrub and grassplot are selected in those three sample sites . four aspects on soil fertility index of karst environment under different land use patterns in these three sample sites , are revealed in this paper , by using the field test , indoor measure and analysis , outdoor experiment and field investigation , and the knowledge and technique of soil , ecology , physics and chemistry etc . they are physical characteristic ( effective soil thickness , organic layer thickness , soil texture , water - stable aggregate and soil water etc . ) , chemical fertility ( organism , omni - n , omni - p , omni - k , alkali - nitrogen , available p , available k and rapid available k etc . ) , soil animalcule ( bacteria , fungi , actinomyces and their grosses ) and soil - seed - pool ( plant community diversity index ) in karst ecosystem 本研究以重庆市的南川金佛山(自然保护区) 、黔江武陵山(国家重点退耕还林示范县，森林覆盖率50以上)和北碚中梁山(遭人为破坏严重)典型岩溶区为对象，选择了几种重要的利用方式，包括林地、果园、耕地、弃耕地和灌草坡，采用野外岩溶生态调查和室内试验测量分析相结合的方法，以不同土地利用方式岩溶土壤肥力为重点，对不同土地利用方式土壤肥力特征进行量化分析，找出岩溶土壤肥力差异的主要方面及其根本原因，论文主要从土壤剖面物理退化指标(有效土层厚度、有机质层厚度、质地、团聚体、水分含量等) ，化学肥力退化指标(有机质、全n 、全p 、全k 、碱解n 、速效p和速效k等) ，样地土壤微生物指标(细菌、真菌、放线菌数量及总量)以及样地土壤种子库植物群落多样性等4个方面对重庆典型岩溶区的土壤肥力特征进行了较为详细的分析研究，为岩溶地区士壤资源的合理利用及结构的调控管理提供依据。
