增压式柴油发电机组的噪声治理技术

增压式柴油发电机组由于柴油机增压，使气流阻力增加。在对它进行降噪处理时，特别要控制其排气消声通道的压力损失。最关键的还是降低通道各器件中的流速。     

K-600中子发生器的氚净化装置

采用摧化氧化和吸附原理,研制了一台氚净化装置.它可使氚浓度为2.3x10~6Bq/L的未净化气体净化到3.7Bq/L,去污因子(D=未净化时排放气体的氚浓度与净化后排放气体的氚浓度之比)达6.2×10~5.     

疏水阀对于改善环境的作用

工业企业中蒸汽的泄漏不仅大大增加了企业的能耗．也对周围的环境和安全造成了很大影响，最基本和有效的解决方法是正确的选用和安装疏水阀，本文较系统的介绍了疏水阀的类型、工作原理、选用原则和安装要求。     

油田采出水用于热采蒸汽发生器给水的研究

提出了低含盐、负硬度油田采出水和高含盐、非碳酸盐硬度油田采出水回用于热采蒸汽发生器的工艺路线。在实验室的研究重点为：１．采出水的活性炭深度脱油；２．低含盐、负硬度油田采出水的石灰软化一离子交换树脂脱硬度；３．高含盐、非碳酸盐硬度油田采出水石灰－纯碱软化－离子交换树脂脱硬度。     

净化生活污水沼气池的工艺及其装置应用研究

本文就城镇生活污水净化沼气池的基本结构，设计要求及工艺特点作了试验研究，提出了单池多级环流式，单池多级上流式和多池多级上流式等前处理模式，使净化装置能因地制宜，实用，有效，便于清淘管理。     

柴油发电机噪声控制技术的应用

柴油发电机组噪声强,发热量大.通过对柴油发电机组提出隔声、消声、减振、通风散热的具体措施后,经工程实践证明,方案设计合理,达到预期的降噪效果,昼间等效声级＜60 dB(A),夜间等效声级＜50 dB(A),符合GB12348-90Ⅱ类排放标准.     

脉冲电晕法脱硫脱硝研究概述

本文概述了脉冲电晕脱硫脱硝研究所得的重要成果，着重总结了国内外有关电晕特性、反应机理、电源与反应器系统研究所得的重要结论。最后对该技术的前景作一展望。     

A solar hybrid thermoelectric generator and distillation system

A solar still of a single basin-slope coupled with a finned condensing chamber and installed thermoelectric modules at the bottom of the water basin has been presented in this paper. A mathematical model under steady state conditions has been introduced and improved to investigate the system performance. An increase of solar radiation and ambient temperature or a decrease in wind velocity affect positively the distillation rate, the still efficiency, and the system efficiency. Integrating a condenser and finned condenser increases the distillation rate of the proposed system. The results of the simulation have been verified by comparing them with published theoretical and experimental results, and the comparison shows very good agreement.     

Steam cavity and explosion intensity of molten copper column interaction with water

The steam explosion is one of the most serious accidents in the metallurgical industry. In this paper, an experimental study on the interaction of molten copper column with cooling water was carried out using high-speed camera and transient pressure measurement system. The effects of temperature, falling height, diameter and mass of molten copper column on the interaction were investigated. The steam cavity phenomenon was observed in the interaction and the percentage of steam cavity volume affects the probability of fragmentation of molten copper column. The maximum percentage of steam cavity volume increases firstly and then decreases with the increase of temperature and falling height. It increases with the increase of diameter of molten copper column, but the mass has a weak effect. The pressure wave generated by the interaction of molten copper column with cooling water gradually increases with an increase in the temperature of molten copper column. The energy conversion rate in the interaction of molten copper column with cooling water was calculated. The rate of energy conversion from the thermal energy of molten copper column to the energy of pressure wave is low because most of the thermal energy is dissipated into the cooling water by heat transfer.     

Design and analysis of artificial bee-colony-based MPPT algorithm for DFIG-based wind energy conversion systems

In this article, the proposed maximum power point tracking (MPPT) method is designed by taking rotor speed as an optimization problem, which is solved by artificial bee colony (ABC) algorithm to generate the maximum power output. The main advantage of this algorithm is that its optimal solution is independent of the initial positions and requirement of lesser number of control parameters, which leads to simple and robust MPPT algorithm than other algorithm. Furthermore, the hill climb search and particle swarm optimization-based MPPT algorithm are also discussed and the results obtained by these are compared to verify the effectiveness of proposed algorithm. Simulations for MPPT control along with doubly fed induction-generator-based wind energy conversion system is carried out in MATLAB/Simulink environment. Three statistical methods are used to evaluate the accuracy of each MPPT algorithm. All results are analyzed and compared under randomly selected wind as well as real wind speed configuration. Comparison of both numerical and simulation results under two different varying wind speed conditions strongly suggest that the proposed ABC-based MPPT algorithm is superior than other two MPPT algorithms.