The role of using nano-based thermal storage material filled into trapezoidal hang wick in a pyramid solar distiller is under study.The study underwent three stages of examination; after the material preparation.First, the pyramid distiller had a trapezoidal hang wick with pure phase change material (PCM) Western Bridles inside the cavity of the ha
The acquisition of real estate by timesharing contract in Europe
Timeshare agreement is a contract that aims to the acquisition of the right to use an accommodation for a period of time on a rotating basis and according 5 Piece Sectional to this agreement the consumer, in return for consideration, directly or indirectly acquires the right from the marketer for more than one year to use one or more properties rep
An Analytical Solution for Predicting the Vibration-Fatigue-Life in Bimodal Random Processes
Predicting the vibration-fatigue-life of engineering structures subjected to random loading is a critical issue for.Frequency methods are generally adopted to deal with this problem.This paper focuses on bimodal spectra methods, including Jiao-Moan method, Fu-Cebon method, and Modified Fu-Cebon method.It has been proven that these three methods can
Analysis of the Self-Healing Process of Asphalt and its Influencing Factors
Molecular dynamics was used in this study to understand the self-healing B-12 1000MCG behavior and mechanism of asphalt.Density, solubility, and mean square displacement parameters were analyzed to confirm the validity of the matrix asphalt model.Molecular simulation software was used to develop a microscopic matrix asphalt self-healing model at th
Cultivation has selected for a wider niche and large range shifts in maize
Background Maize (Zea mays L.) is a staple crop cultivated on a global scale.However, its ability to feed the rapidly growing human population may be impaired by climate change, especially if it has low climatic niche and range lability.One important question requiring clarification is therefore whether maize shows high niche and range lability.Met