ONLINE PROCESS STATE ESTIMATION FOR HANSENULA POLYMORPHA CULTIVATION WITH 2D FLUORESCENCE SPECTRA-BASED CHEMOMETRIC MODEL CALIBRATED FROM A THEORETICAL MODEL IN PLACE OF OFFLINE MEASUREMENTS

The use of 2D fluorescence spectra is a powerful, instantaneous, and highly accurate method to estimate the state of bioprocesses.The conventional approach for calibrating a chemometric model from raw spectra needs a large number of offline measurements from numerous runs, which is tedious, time-consuming, and error-prone.In addition, many process

Tungsten sputtering rates and density profiles predicted using the edge plasma codes EDGE2D-EIRENE and DIVIMP are found to agree within a factor of 4 with measurements of neutral and singly-ionized W spectral line emission in the JET low-field side (LFS) trinity bay vodka divertor, and within a factor of 2 with SXR, VUV, and bolometric calculations

When performing a cutting operation, a water-soluble cutting fluid may be used for cooling.Labyrinth and oil seals are commonly used in the rotating centers of machine tools to prevent the cutting fluid and dust from entering the inner parts.However, these seals do not demonstrate adequate gator phi gator functionality in a water-based environment.

Yogesh Dwivedi, Ghanshyam N PandeyPsychiatric Institute, Department of Psychiatry, College of Medicine, University of Illinois at Chicago, Chicago, Illinois 60612, USAAbstract: Mood disorders are among the most prevalent and recurrent forms of psychiatric illnesses.In the last decade, there has been increased understanding of the biological basis o

Abstract Breast cancer, caused by uncontrolled cell growth in timbren gmfk25s milk ducts or lobules, has the highest mortality rate among women worldwide, with Asia reporting the most deaths.Early detection improves survival rates and reduces treatment costs.This study aims to develop a feature selection-based classifier to enhance breast cancer pr