Experimental Evidence of an Ambient Ferroelectric Phase and a Low Frequency-Induced Transition in an Achiral Mesogen

Based on our pre- vious experience on bi-stable and tri-stable materi- als [5 – 9] we have made, for the first time in the class of achiral molecules, a successful attempt to design

Anyhow, those technologies are into a development phase, and a transition phase will be required to transform a Hydrogen production market based on fossils with CO 2 emissions to

Due to the uneven distribution of global technology and finance flows, develop- ing countries have been particularly vocal about the importance of access to low-carbon technology

We show a discrepancy with the predicted value of the critical friction coefficient in the case of a single particle remaining in permanent contact along the boundary

Both figures show a large response peak at the wave frequency around 0.08 Hz; however, the floating condition (LC 5.3) also shows a larger peak in the low-frequency region

7 The new BLUES model version enables to investigate the interactions between biomass demand for energy, food, and materials, given land, GHG emissions (from fuel combustion and

Instead, the aim is to highlight the effects of varying discount rates and social costs of carbon in energy system models with the example of the Global Energy System

More reliable data concerning the temperature law of the specific heat in both phases and the latent heat can be obtained only by measuring with higher