To study the function and effects of L-cysteine on the separation analysis of inorganic divalent mercury [Hg(II)], methylmercury (MeHg) and ethylmercury (EtHg), the separation, transformation and signal intensity of mercury speciation were investigated with liquid chromatography coupled on-line cold...

Owing to the high performance of borate crystals, they are widely used in the fields of mobile communications and other high technology. Researches on thermodynamic properties of aqueous borate systems are essential for the synthesis of borates and the comprehensive utilization of boron-containing brine...

Load prediction is the basis work of district energy planning. Establishing simulation models is a valid method for hourly cooling load. Considering regulatory indexes of buildings play a bridge role between single buildings and the district in urban regulatory planning, the paper discusses relationships...

The study investigates the impact of oil prices on firm level equity return in case of Pakistan over the period 1998-2014, as this relationship is neglected by the previous literature. By using the panel data estimation, the results of full sample indicate significant positive effect of oil price changes...

Active idle nodes in large scale compute systems waste energy because they are not always fully loaded with applications. Noticeably, most modern nodesare equipped with multiple level dynamic sleep mechanisms. By scheduling the sleep states of such idle nodes, a new approach to reasonable energy conservation...

Aiming at the problem that the potential fault of the permanent magnet synchronous generator is difficult to be accurately identified, a potential fault diagnosis model based on probability output of multi-class support vector machine (SVM) and improved D-S evidence theory is proposed. Furthermore, the...

In this paper, a novel biodiesel named curcas oil diethylene glycol ether esters was experimental studied on engine combustion characteristics, this biodisel and its mixed fuel were respectively tested through engine test and physicochemical properties bench. The results showed that curcas oil diethylene...

We demonstrate that an antireflection nanopore arrays were fabricated for black Si solar energy utilization using the highly ordered anodic aluminum oxide (AAO) masks. We have studied the optical characteristics of antireflection nanopore arrays and polished Si. It is found that the reflectivity of the...

Pyrolysis characteristics of Chlorella vulgaris (C. vulgaris) (a kind of microalgae) are studied by microwave oven. The effects of different dosages of C. vulgaris, different contents of activated carbon and different microwave absorption on the microwave pyrolysis of C. vulgaris are investigated through...

With the shortage of natural resources and the increase of solid waste discharges in the world, many countries take solid wastes as "resources" for comprehensive utilization. Oily sludge, as one of the solid wastes, contains a large amount of organic matter and harmful substances, which can be paralyzed...

According to the purpose of energy saving and low cost, a set of optimization design method is put forward for designing a forced circulation solar hot water system which can meet the need for all hot water loads. A digital model of solar water heating system is constructed in which the relationship...

Global Energy and Environmental Issues have enhanced the development of new energy vehicle. The purpose of this study is to model and analyze the performance and exhaust emissions of a four-stroke SI engine operating on ethanol-gasoline blends of E80, E85 and E90 with the aid of AVL-BOOST. A model has...

As a kind of power generation setup in the spacecraft, GaAs solar cells convert the solar energy into the electric power and satisfy the demand of power loads in the spacecraft. Ground irradiation experiment and in-orbit output power date were given in the article, which showed that the energetic particles...

The nuclear waste disposal problem is a difficulty for the world nuclear energy development. Accelerator driven sub-critical system (ADS) has been universally regarded as most efficiently in disposing the long-lived nuclear wastes. The spallation target is an important component in ADS as the coupling...