Adversarial training collaborating hybrid convolution-transformer network for automatic identification of reactive lymphocytes in peripheral blood.

Reactive lymphocytes may indicate diseases such as viral infections. Identifying these abnormal lymphocytes is crucial for disease diagnosis. Currently, reactive lymphocytes are mainly manually identified by pathological experts with microscopes and morphological knowledge, which is time-consuming and laborious.

The Effect of Leader Perfectionism on Employee Deviance: An Interpersonal Relationship Perspective.

Purpose: Despite growing evidence of significant role of leader perfectionism in the workplace, few theoretical accounts have delved into intricate dynamics of interpersonal relationships impacted by leader perfectionism, nor have they explored the extent to which these interactions might stimulate employee unethical behavior. From an interpersonal relationship perspective, based on interpersonal complementarity theory, this study proposes a link between leader perfectionism and employee deviant behavior while assessing the mediating impact of supervisor-subordinate relationship conflict, and the moderating influence of employee narcissism.

Methods: This study employed three-wave surveys, with 335 employees (female 55.

Electrochemical Intelligent Recognition of Mineral Materials Based on Superpixel Image Segmentation.

In order to study the needs of identifying rock thin-section samples by manual observation in the field of geology, a method of electrochemical intelligent recognition of mineral materials based on superpixel image segmentation is proposed. The image histogram of this method can be used to represent the distribution of each pixel value of the image. This interval is consistent with the number of pixels in the method.

Brookite TiO Nanoparticles Decorated with Ag/MnO Dual Cocatalysts for Remarkably Boosted Photocatalytic Performance of the CO Reduction Reaction.

The solar-driven CO reduction reaction (CORR) for producing chemical fuels is considered to be a promising approach to dealing with the growing energy crisis and greenhouse effect. Herein, novel Ag/MnO dual-cocatalyst-decorated brookite titania (BT) nanoparticles with remarkably boosted photocatalytic CORR performance are prepared through a facile photodeposition method. The resultant Ag-BT-Mn composite with optimal cocatalyst content delivers amazing CO/CH yields of 31.