有限半气化层燃锅炉的综合特性及节能预测

根据有限半气化燃烧的试验研究结果，讨论了有限半所化燃烧过程的主要特性，提出了层燃锅炉有限半气化燃烧节能的预测模型，并根据试验结果对模型加以检验。     

ND—903杀菌混剂分析方法及热贮稳定性的研究

采用标准分析方法,分别测定了ND—903中的三乙膦酸铝和百菌清的含量,并进行了热贮稳定性的研究。试验结果表明,采用碘量法和气相色谱法分别测定ND—903中有效成分含量的分析方法可行。准确度(99.4％～101.4％)和精确度(S_x=0.36,CV=0.44％)符合要求,ND—903中两种主要有效成分热稳定性较高,相对分解率2.79％。与其组成的单剂相对分解率(三乙膦酸铝1.06％,百菌清0.44％)差异不显著。ND—903热贮前后悬浮率分别是82.6％和76.9％     

复合地板生产工艺

复合地板是极具竞争力的新型内装饰材料，本文介绍了复合地板的特性及生产工艺，着重阐述了表板侧向预先胶合三层板坯结构常规加热生产工艺与表板在压机内挤紧五层板坯结构高频加热生产工艺二者的区别。     

粮油检验中如何正确使用电烘箱

电烘箱是粮油检验中一种应用较广泛的仪器，若对其使用不当，会对检验结果产生影响，甚至对人员或仪器造成损伤，详细叙述了电烘箱的使用规则及注意事项。     

重庆村镇空气源热泵供暖系统夜间性能实测分析

针对重庆山地村镇迫切的供暖需求,选取该地区典型村镇搭建了空气源热泵供暖系统实验平台,分析了空气源热泵系统性能影响因素,并从供回水温度、系统耗电量、供热量、性能系数COP等角度对运行过程中的阶段特性(启动、稳定运行及全阶段)进行阐述,发现系统在3个阶段特点差异很大：启动阶段初始温度对COP影响较为明显,除霜时系统性能下降25%;稳定阶段特性与初始温度无关,室外条件较好时,降低设定温度,COP提高明显;总体来看,启动阶段COP最高,全阶段次之,稳定阶段COP最低。     

Modeling and Simulation Based on Pole-zero Placement Self-adaptive Temperature Control System

Based on model parameters estimating, a kind of algorithm of pole-zero placement self-adaptive temperature control is put forward according to closed loop apices distribution of resistance furnace temperature control. The mathematic model is presented by discursion for the controlled object, at the same time, the algorithm is illustrated identification method of model parameters, compute formula and simulation result of controlled parameters. Simulations and practices of the model proved that the algorithm is of rapid constringency speed , satisfactory effect on the object with time changing especially for the controlled objects of the high current and low voltage characteristics. The algorithm has been applied in the temperature control of intelligent slag measurement equipment of a iron-steel graduate school.     

Hydraulic Stability of Conditioning-controlling Water-water Ejector Heating Unit in Heating System

The paper introduces an example and its running data of applying conditioning-controlling water-water ejector heating unit developed by the author in heating system. It proves that: the hydraulic stability of the system is very good. When heating medium of heat source and heat consumer are respective high-temperature water and low-temperature water, the hydraulic stability of the heating system is close to 1; when the flow of any consumer of heating network changes, the flow and heating quality of other consumers are almost unchanged.     

Pretreatment of Coke Oven Waste Water with Blast Furnace Sludge Method and Blast Furnace Sludge Plus Scrap Iron Method

Coke oven waste water is respectively pretreated by blast furnace sludge method and blast furnace sludge plus iron scrap method, the effects of pH and the quantity of materials and treatment time on the removal efficiency of COD are analyzed. The results indicate that blast furnace sludge plus iron scrap method is superior to blast furnace sludge method .The treatment time and pH can greatly affect on the removal efficiency of COD using blast furnace sludge plus iron scrap method. The treatment time after 30 minutes and pH have no remarkable effects the removal efficiency of COD using blast furnace sludge method. The removal efficiency of COD increases with the increase of blast furnace sludge and iron scrap, but the increase rate decreases gradually.     

微波技术在食品加工中的应用与发展

阐述了微波技术的加热与杀菌原理和特点,介绍了微波技术在食品加工中的应用情况与发展前景,以期促进微波技术在食品工业中的广泛应用。     

Application of Swimming Pool Heating with Solar Energy

Solar energy sourcei s regenerative source,reasonable use of it is an effective way to solve the problem of exiguousness of the traditional energy. But the usage of the solar energy is limited. To achieve the satisfactory effect, we must use a reasonable system style combined with the traditional energy. Through the application of swimming pool heating with solar energy. It is pointed out that more attention should be puid to reason dispose the collectors,store up heating tank,assistant thermal resource and dependable auto control. Solar energy can take place of the traditional energy, it is obviously that the solar energy can save the money and the energy and protect the environment.