Inspiration to Reuse of Old Industry Building with SOHO

This paper analyzes the SOHO and the reuse of old industry building, and deeply explores the creation and application of SOHO mode in the reuse of old industry building, furthermore, it points out the four inspirations to the reuse of old industry building, at the end, a general judgment of the development logic of SOHO is given.     

Evolvement of Plastic-loop of Fine-sandstone Under the Loading and Unloading Conditions

The deformation characteristics and the plastic-loop of the fine-sandstone is studied under the loading and(unloading) condition at the three different deformation-rates and the two different stress-levels,the results show: 1) There is really the plastic-loop in the deformation curve for the loading deformation curve is different form the unloading deformation curve.But the plastic-loop is nearly unchangeable since the second circulate loading.2) There is different for every imitational parameter between the first deformation curve and the second deformation curve at the different stress-levels and the different deformation-rates,but every imitational parameters become more and more invariable gradually since the second circulate curve.3) With the change of the deformation-rates and stress-levels,the imitational(parameters) will change with it.4) The imitational parameters are different for loading section and unloading section of the fine-sandstone deformation curve at the same circulate curve under the same deformation-rate and stress-level.     

小麦花培材料的筛选和利用

花培育种是一条快速有效的育种途径，采用两种培养基对20个小麦组合材料进行花培分析，结果表明：小麦花培愈伤组织诱导培养基K优于C17，绿苗产率是C17的3.5倍多。不同基因型材料花药培养差异较大，筛选出一批不同类型的高培养力基因型材料，为有目的组配杂交组合提供依据，提高花培育种效率。     

鸡新城疫油佐剂灭活疫苗的研究

采用ＮＤ Ｌａｓｏｔａ株为种毒，福尔马林为灭活剂，７号白油为佐剂，吐温８０、司本８０为乳化剂，硫柳汞为防腐剂，高压匀浆泵为乳化工具，研制出ＮＤ油佐剂灭活疫苗。其剂型为双相型（Ｗ／Ｏ／Ｗ），呈稀薄乳状液，粒度为１ｕｍ左右，粘度≤１ｓ，通针性好。４￣８℃有效保存期１年。效力≥７０ＰＤ５０，最早产生免疫时间为１２天（１００％保护），生产中常用免疫剂量为２月龄内每只０．５ｍｌ，２月龄以上每只１．０ｍｌ皮下     

浅谈筒仓的熏蒸方法及对筒仓气密性要求

文章介绍了目前对筒仓采用的几种熏蒸方法。对筒仓气密性对熏蒸效果的影响进行了讨论，并提出了对密封的补救建议。     

Study on Genetic Fingerprinting Technique of Microbial Communities

The 99% of all microorganisms in naturecannot be isolated by standard culture methods without conspicuous external characters to classify them morphologically. In addition, classification based on physiological or biochemical features are often fuzzy. Molecular techniques are used for uncultured microorganisms to explore the diversity of microbial communities and novel resources without the need of cultivation. DNA dynamics and cloning of PCR products obtained from environmental DNA is now routinely used to identify microbial populations in microbial ecology. For practical reasons the approach is not suited to study the complex dynamics of microbial communities in environment. Genetic fingerprinting techniques are better tools, which give complement for the traditional microbiological methods. The methods are rapid and relatively easy to perform, and they allow the simultaneous analysis of multiple samples, which makes it possible to compare the genetic diversity of microbial communities from different habitats, or to study the behaviour of individual communities over time.     

杨梅叶枯病菌（Phomopsis myricina）生物学特性研究

杨梅叶枯病菌（Phomopsis myricina）生物学特性研究结果表明：该菌菌丝生长与分生孢子器形成最佳培养基为PSA+1‰酵母膏和PDA+1‰酵母膏。病菌能有效地利用多种碳源和氮源，但谷氨酸和精氨酸对病菌生长发育有抑制作用。菌丝生长和分生孢子器形成最适温度为20~25℃；最适pH值分别为6~8和7~9。紫外光处理有利于产孢。分生孢子萌发最适温度为20~30℃；最适pH值7~9；在相对湿度98%以上和水滴中孢子萌发率最高；不同营养对孢子萌发无显著影响。     

A STUDY ON FRACTURE MECHANICS OF BRITTLE MATERIAL WITH PER-CRACKS

In this paper the fracture process of specimen,with single crack, double cracks and triple cracks is observed and analysed. The experimental results show that the fracture process of specimen is different because of the differention of the number, the distance and the type of array of cracks. And the fracture propagation of specimen with triple cracks and double cracks is foundmentally the same.     

低酚陆地棉育种亲本配合力的研究

选择８个现代低酚陆地棉育种亲本（包括４个高酚棉和４个低酚棉品种），按４×４不完全双列杂交设计，对１６个组合的Ｆ×进行了双列分析。结果表明，在所研究的１０个性状中，子棉产量、皮棉产量和纤维整齐度主要受非加性基因控制，单铃重、衣分、比强度、２．５％跨长和麦克隆值则主要由加性基因控制，衣指由加性和非加性基因共同控制，而子指受环境的影响较大；在大多数性状上，高酚棉亲本的加性遗传方差比低酚棉亲本贡献大，而在２．５％跨长和麦克隆值２个性状上，低酚棉亲本的加性遗传方差起着更重要的作用；中７８８６是综合性状比较理想的亲本材料，冀合２２５是较好的高产亲本，冀无２５２和中无１５１是较好的优质低酚棉亲本。综合一般配合力和特殊配合力分析结果，组合中７８８６×冀无２５２可具较好的育种潜力。