Titlebook: Liquid Crystalline Polymers; Lei Zhu,Christopher Y. Li Reference work 2020 Springer Nature Switzerland AG 2020 Liquid crystalline self-ass

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Liquid Crystalline Conjugated Polymers with Optoelectronic Functionst include electrical anisotropy and linearly polarized luminescence (LPL). First, the synthesis of .-substituted LCPAs using Fe-based Ziegler–Natta catalyst is briefly reviewed. The .-LCPAs exhibit enantiotropic S. phases resulting from spontaneous orientation of the LC side chain. Iodine doping of

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Photodeformable Liquid Crystalline Polymers (LCPs)ymers (CLCPs), which can even directly transfer input light energy into mechanical work when combined with photochromophores, thus fascinating many scientists. This article reviews the macroscopic and microscopic deformation of photoresponsive CLCPs based on photochemical phase transition and photot

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Photoresponsive Liquid Crystalline Polymerscular to nano- and macroscopic scales, photoresponsive liquid crystalline polymers (LCPs) have attracted wide interests in the fields of stimuli-responsive materials, soft robotics, biomaterials, nanotechnology and photonic devices, and so on. This entry mainly focuses on the booming researches rela

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Light-Sensitive Azobenzene-Containing Liquid Crystalline Polymers to light in their absorption bands. These transformations, taking place at the molecular level, influence the electronic molecular structure and as a result the optical absorption of the molecule, a phenomenon that is known as photochromism. This light-induced change of the color of the material is

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New Stimuli-Response Liquid Crystalline Polymer Architecturesed magnetically responsive liquid crystalline (LC) side chains in one block and brushlike semicrystalline PEG side chains in another block. At asymmetric LC block composition (73 wt%), LCBBCs show cylindrical PEG domains embedded in the major matrix having LC order. Molecular, thermal and microstruc

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Soma Banerjee,Kamal K. Karman knowledge. The more knowledge we have about the environment we live in, the more sophisticated tools we develop to control it. Any significant breakthrough in physics and engineering has resulted in the improvement of food preservation methods. For example,the invention of electricity in 1600 un

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when high powered x-ray delivery systems were readily available to radiation oncologists, the biggest challenge remained to improve the accuracy in locating the tumor and in directing the beams of charged particles. This changed when the first computed tomography (CT) scanners were invented (Lampert

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Zhihao Shenareas where electric fields were applied. Once the cause of this phenomenon was understood and control over the parameters that produce electric fields was achieved, a quick adoption of the use of pulsed electric fields to kill microbes was seen in the area of food and water sterilization. Biomedica

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Shilpa Setia,Sandeep Kumar,Santanu Kumar Palct tumors and locoregional recurrences from gastrointestinal origin such as anorectal carcinomas [1, 2]. Due to ingrowth in or compression on peripheral nerves, these relapsing malignancies can cause aggravating pain and neural function loss. The presence of extensive adhesions induced by previous s