Study on the Room Temperature Phosphorescence of Protein;

Room Temperature Phosphorescence of Carbaryl Induced by β-Cyclodextrin in the Presence of Heavy Atom Perturbation;

Study for Paper Substrate Room Temperature Phosphorescence of Methyl Xanthine Derivative;

An intensive room-temperature phosphorescence(RTP)of Carbaryl(CBL)was observed inβ-Cy-clodextrin(β-CD)aqueous solution in the presence of Cyclohexane(CH)due to the formation ofβ-CD/CBL/CHinclusion complexes.

It has been found that pH has considerably effect on the intensity of RTP and fluorescence.

In this paper, a new Room Temperature Phosphorescence for Fluoren was first reported with cucurbi[B]turil as the revulsant and KI as the heavy atom perturber, the RTP maximum wavelengths λex/λem=275/518nm.

Room-temperature phosphorescence of 1-BrN induced by a combination of OPE-10 and Triton X-100 with β-CD was comparatively studied.

Room-temperature phosphorescence of 1-bromonaphthalene (1-BrN) induced byaliphatic alcohols(A) was investigated in aqueous aerated g-cyclodextrin(P-CD) solution.

While most research works focus on the development of QDs based fluorescence sensors, much less attentions are paid to the room-temperature phosphorescence (RTP) properties of QDs and their potential for phosphorescence detection.

The characteristics of cyclodextrin induced room temperature phosphorescence(CD-RTP) of pyrene were investigated without deoxygenation by 1,2-dibromocyclohexane(DBCH) or bromocyclohexane(BCH) as a heavy atom perturber.

Computer Aided Analysis on Structural Performance of Greenhouse;

Computer Aided Analysis and Calculation of the Most Dangerous Load of Greenhouse;

Studies on Environment and Structure performance of Horticulture Instrallation(3) Mechanical Performance Anaslysis of Frame of Ellipse Solar Greenhouse s Front Face;