Sitemap | Home | CAS | Chinese

About Us Research People International Cooperation Companies News Education & Training Join Us Papers Resources Links Societies & Publications

Research   Key Laboratories   Research Divisions   Research Interests   Supporting System   Achievements   Research Progress   Research Programs   Technology Transfer

Location: Home > Research > Research Progress   Research Progress   Researchers Design Chiral Cross-Linked Covalent Organic Framework Films ...[ 15, 2025] The establishment of chiral COF films is still a hard bone. The development of chiral cross-linking reactions that integrate chirality with COF films through cross-linking reactions, to produce chiral COF films, represents a highly promi...   Researchers Realize Temperature-compensated Ratiometric Gas Sensing in O...[ 07, 2025] The semiconductor nature of chemiresistive gas sensors renders their detection accuracy highly vulnerable to operational temperature fluctuations, where even minor thermal fluctuations trigger baseline resistance drift, leading to unreli...   “Killing Three Birds with One Stone”Induced by P-P Homoatomic Bond in ...[ 31, 2025] By taking advantage of the unique frequency conversion capabilities of second-order nonlinear optical (NLO) crystals, it has become possible to generate high-power lasers with continuously tunable wavelengths. This technology has greatly...   Researchers Develop Nonmetallic High-entropy Engineered Nanocarbon Mater...[ 20, 2025] The oxygen reduction reaction (ORR) is a key process in energy conversion devices such as fuel cells and metal-air batteries. However, the widely used platinum-based catalysts face issues such as high cost and resource scarcity, which se...   Researchers Discover Facile Route to Long-wave Infrared Birefringent Cry...[ 18, 2025] Long-wave infrared birefringent crystals are essential materials in infrared optical applications, with broad potential in fields such as infrared imaging, laser technology, and optical communications. Due to limitations in birefringence...   Multi-channel Molecular Structures Enable Quantum-dominated Conductance ...[ 10, 2025] Molecular electronics, an interdisciplinary frontier, aims to revolutionize miniaturized electronic devices with diverse functionalities. Since classical Kirchhoff’s laws no longer validate in the scale of a single molecule, the quantum...   Post-synthetic Oxidation Enables Air-stable Radical HOFs: Novel Radical ...[ 06, 2025] Carbon-center radicals have garnered interest due to their distinctive electrical, optical, and magnetic properties deriving from the unpaired single electron. Up to now the construction of radical materials has been limited to the compl...

Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences Address: No.8, Gaoxindadao Road, Shangjie, Minhou, Fuzhou, P. R. China Postcode: 350108 Tel: 0591-63173066 Fax: 0591-63173068 E-mail: fjirsm@fjirsm.ac.cn Copyright @ 2000-2009 fjirsm. All rights reserved.