The STL water-jacketed Gold Concentrator is a kind of gravity separation equipment. It was developed by Changchun Gold Research Institute Co., Ltd. in 1985 and entered the market. At present, it has been used in many domestic and foreign companies. It is suitable for the recovery of single gold in placer gold, vein gold mines and polymetallic mines, instead of mercury plate operations. The addition of large single gold particles in the collected ore before flotation can further increase the recovery rate of gold mines, and it can also be used from gold-bearing mines. Separate single gold from flotation gold-copper concentrate and flotation gold concentrate.
The main indicators of this series of equipment basically reach the level of similar international products (such as Nielsen gold selectors, etc.). Compared with similar equipment at home and abroad, this series of equipment has the advantages of high cost performance, easy operation, and low maintenance costs.
Gold Extractor Equipment,Gold Concentrator Separation,Gold Dust Separator Machine,Gold Centrifugal Selecting Machine Changchun Gold Research Institute Co.LTD , https://www.changchungoldresearch.com
In terms of "high bandwidth", the research team revealed the enhancement mechanism and characteristics of the optical response of new materials. For the first time, it was found that two-dimensional materials such as graphene have similar saturable absorption characteristics as microwaves and can be used to achieve higher bandwidth. Modulators, related achievements were reported by foreign media and considered to be "the rise of graphene in microwave photonics", "may change the future of microwave communications"; invented an inverted trapezoidal waveguide structure, conquered high bandwidth, narrow linewidth, and Key technologies such as tuning, high frequency stabilization, and successful development of the world's leading 30GHz analog direct modulation semiconductor laser.
In terms of “high-precisionâ€, the research team developed a microwave-assisted photonic integrated chip with an accuracy of 2.2MHz and a range of 112GHz, leading the performance index; realizing ultra-broadband microwave ultra-wideband fine-tuning and large dynamic ultra-wideband steady-state microwave light transmission. In terms of “high flexibilityâ€, in the face of the common problem of broadband ubiquitous access, the research team first proposed the C-RoFlex model based on software-defined unified scheduling and function virtualization of microwave lightwave resources; the coverage L/S/Ku was developed. / Ka and sub-channel bandwidth 15-120MHz flexible variable microwave photonic flexible satellite transponder prototype; build a distributed large dynamic and cooperative Intelligent Optical Carrier Radio (I-ROF) prototype system and research platform.
The innovative achievements such as “broadband integration, stable phase transmission, and multi-frequency reconstruction†obtained in this project were collected in the X-band X-band beacon signal, the orbit monitoring of the Beidou navigation high-orbit satellite, and the microwave photon flexible satellite transponder. The project was verified and applied.
(Original title: An important breakthrough in the basic research of microwave photonic devices and integrated systems)
[China Instrument Network Instrument Research and Development] The National 973 Project “Basic Research on Microwave Photonic Devices and Integrated Systems for Broadband Ubiquitous Access†focuses on high-bandwidth switching mechanisms, high-fine-tuned control methods, and highly flexible coordination mechanisms under microwave photonic interactions. Three scientific issues have made important breakthroughs in the mechanism of microwave photonics, key devices and prototype systems, and provide corresponding theoretical and technical support for future development.