| 1. | Biothermodynamic characteristics of radix isatis by microcalorimetry
微量热法研究板蓝根的生物热力学特征 |
| 2. | Study of bacteriostasic action of leonurus flavone by microcalorimetry
中药益母草中黄酮抑菌作用的微量量热法研究 |
| 3. | Study of the action of cadmium on the growth of escherichia coli by microcalorimetry
镉对大肠杆菌生长代谢作用的微量热研究 |
| 4. | Study on the oscillating system of chinese traditional medicine compound by microcalorimetry
中药复方振荡体系的微量量热法研究 |
| 5. | Study of e . coli resistance to the active components of phellodendron and tylosin by microcalorimetry
微量量热法研究大肠杆菌对黄柏中活性成分和泰乐霉素的耐药性 |
| 6. | Studies on single - substrate enzyme - catalyzed reactions and analysis of transition state by microcalorimetry
微量热法研究单底物酶促反应的热力学和动力学性质及过渡态的分析 |
| 7. | Nuclear energy - nuclear fuel technology - waste - thermal reactivity assessment of bituminized waste by microcalorimetry
核能.核燃料技术.废料.用微量热法对沥青固化废物进行热反应性评定 |
| 8. | Abstract : the chemical kinetic parameters of single - base p ropellant are determinated using microcalorimetry and the experimental condition s are studied . the results obtained are very imporant for the study of the decomp osition mechanism and sefety of gun propellant
文摘:用微热量热法系统测试了单基发射药的动力学参数，摸索了测试条件，其测定结果对今后发射药分解机理和安全性研究具有一定的参考价值。 |
| 9. | Antibody , which was coated to ps - mpm by using immunology method , reacted to special corresponding antigen . the heat change in the adsorption process of antibody to mpm and the reaction process to antigen were measured by using microcalorimetry . the adsorption mechanism and the special reaction were analyzed , which established the primary base of profound study on the aspect of biology application for mpm
本文采用免疫学方法，在聚苯乙烯磁性微球表面包覆了抗体，并与武汉理一1几大学硕十学位论文特定的抗原发生特异性反应，利用tamair等温微量热检测仪测量了微球与抗体吸附过程及与抗原发生特异性反应过程中的热量变化，探讨了微球与抗体之间的吸附机理和与抗原之间的特异性反应，为更为深入地研究磁性微球在生物方面的应用奠定基础。 |
| 10. | The fe3o4 nano - particles were converted from hydrophilic to oleophylic by being modified by oleic acid . the heat change in the adsorption process of fe3o4 nano - particles to oleic acid was measured and discussed by using microcalorimetry . the adsorption mechanism was analyzed
本文采用油酸作为表面活性剂对fe _ 3o _ 4纳米粒子进行了改性，实现了fe _ 3o _ 4由亲水性向亲油性的转变，并利用tamair等温微量热检测仪研究了在不同温度下，油酸与fe _ 3o _ 4吸附过程中的热量变化情况，讨论这个过程中热量的变化，分析了两者之间的吸附机理。 |
