The impact of green transformational leadership, green HRM, green innovation and organizational support on the sustainable business performance: evidence from China

Currently, sustainable business performance has become the global requirement due to the recent economic disaster, and green measures have been considered the leading solution for it. This situation has gained the attention of recent literature and regulators; thus, the present study examined the green transformational leadership (GTL), human resource management (HRM), and innovation on the sustainable business performance of the manufacturing organizations in China. The moderating impact of perceived organizational support among the association of GTL, green HRM, green innovation, and sustainable business performance of the manufacturing organizations in China was also investigated. The questionnaires method was adopted to collect data, and the smart-PLS was used to test the hypotheses. The results indicated that GTL, green HRM, and green innovation have a significant and direct association with the sustainable business performance of the manufacturing organizations in China. The outcomes also revealed that organizational support significantly moderates among the nexus of GTL, green HRM, green innovation, and sustainable business performance of the manufacturing organizations in China. The current research provides help to the regulators while formulating policies and guides the new researchers while examining this topic in the future

Thermal Properties of Some Lipid Components of Cell Membranes

Phospholipids are the major structural components of the lipid portion of biological membranes. The study of the thermal properties of these phospholipid provides a systematic understanding of the relationships between the chemical structures and functional properties of phospholipid molecules in artificial and biological membranes. This study examined the thermal behavior of phospholipids in the solid state using DSC and TG coupled with FITR. The phospholipids were found to have phase transitions below the melting point. Egg-yolk lecithin had four transitions below its melting point; sphingomyelin had two phase transitions below its melting point. Phosphatidylethanolamine and phosphatidylserine had complex phase transitions. The water content of the lipids affected the phase transitions. The water content of the lipids affected the phase transition. In this study, TG provided a quicker, an easier and more accurate way to find the percentage of water in lipids. Most of the phospholipids existed in the hydrated state, and different lipids were associated with different amounts of water. One mole of egg-yolk lecithin was associated with one to two moles of water. One mole of phosphatidylethanolamine contained two moles of water. Phosphatidylserine was a monohydrate, and one mole of sphingomyelin associated with two moles of water, a dehydrate

Bifurcation Study of Thin Plate with an All-Over Breathing Crack

An all-over breathing crack on the plate surface having arbitrary depth and location is assumed to be nonpropagating and parallel to one side of the plate. Based on a piecewise model, the nonlinear dynamic behaviors of thin plate with the all-over breathing crack are studied to analyze the effect of external excitation amplitudes and frequencies on cracked plate with different crack parameters (crack depth and crack location). Firstly, the mode shape functions of cracked thin plate are obtained by using the simply supported boundary conditions and the boundary conditions along the crack line. Then, natural frequencies and mode functions of the cracked plate are calculated, which are assessed with FEM results. The stress functions of thin plate with large deflection are obtained by the equations of compatibility in the status of opening and closing of crack, respectively. To compare with the effect of breathing crack on the plate, the nonlinear dynamic responses of open-crack plate and intact plate are analyzed too. Lastly, the waveforms, bifurcation diagrams, and phase portraits of the model are gained by the Runge-Kutta method. It is found that complex nonlinear dynamic behaviors, such as quasi-periodic motion, bifurcation, and chaotic motion, appear in the breathing crack plate

Differentiation With Shared Features And Cannibalization Of Information Goods

Large sunk cost of development, negligible cost of reproduction and distribution and substantial economies of scale make information goods distinct from industry goods. In this paper, we analyse versioning strategies of horizontally differentiated information goods with shared feature sets, discrete hierarchical groups and continuous individual consumer tastes. Based on our modelling results, when cannibalization is considered among different market segments, it is always sub-optimal to differentiate information goods if market is not fully differentiated or characteristics of the information goods are not specifically designed to relate to certain market segments