Xiaohua Jiang

TL;DR: The calibration of the detector shows that the detector has a desired flat response in the photon energy range of 0.1-4 keV, with a response flatness smaller than 13%, and has been successfully applied in the hohlraum experiment on Shenguang-III prototype laser facility.

TL;DR: In this article, the Hohlraum physics experiments performed on the SGIII-prototype laser facility are simulated by using our two-dimensional radiation hydrodynamic code LARED-H, and the influence of laser intensity on the two dimensional Hohlrasum simulations is studied.

TL;DR: An absolute evaluation of x-ray produced by the LEH clipping, which is measured by flat-response x-rays detectors (FXRD) at multiple view angles, indicates that there is little variation in measured emission to various view angles.

TL;DR: In this paper, the authors report experimental research on laser plasma interaction (LPI) conducted in Shenguang laser facilities during the past ten years, which generally consists of three phases: (1) developing platforms for LPI research in mm-scale plasma with limited drive energy, where both gasbag and gas-filled hohlraum targets are tested; (2) studying the effects of beam-smoothing techniques, such as continuous phase plate and polarization smoothing, on the suppression of LPI; and (3) exploring the factors affecting LPI in

TL;DR: A method of pinhole-array imaging is introduced into the experimental application process to stop any debris from the hohlraum and to uniformly reduce the radiation flux.