Barrier detection of celestial bodies

DAMAGE DETECTION OF BRIDGE STRUCTURES IN TIME DOMAIN VIA ENHANCED COLLIDING BODIES OPTIMIZATION

In  this  paper,  a  method  is  presented  for  damage  detection  of  bridges  using  the  Enhanced Colliding Bodies Optimization (ECBO)  utilizing time-domain responses. The finite element modeling of the structure is based on  the equation of motion under the moving load, and the flexural stiffness of the structure is determined by the acceleration responses obtained via sensors placed in d...

Celestial Bodies Using Computer Vision Algorithm

Computer vision, astronomy, and astrophysics function quite productively together to the point where they are completely logical for each other. Out of computer vision algorithms the progress of astronomy and astrophysics would have slowed down to reasonably a deadlock. The new researches and calculations can lead to more information as well as higher quality of data. Consequently, an organized...

The Limitations for Night-time Detection of Celestial Bodies Employing the Intensifier- Storage-Image Orthicon

Inside Planets and Stars Masses

It can be shown that the mass of nucleons varies with adiabatic pressure inside celestial bodies and that such adiabatic pressure on the electronic escorts of atoms in the centre of celestial bodies reaching stellar mass ignition threshold through accumulation of primordial hydrogen is the triggering cause of nuclear fusion at the centre of such bodies.

مقایسه نتایج سونوگرافی با گرافی ساده گردن در شناسایی جسم خارجی مری سرویکال

Background: Detection of retained foreign bodies remains a significant problem in the emergency department. Foreign bodies can go undetected causing infectious complications ultrasonography is too inaccessible and expensive. The purpose of this study is comparison of ultrasonography with radiography for the detection of cervical esophageal foreign bodiesMethods: This cross-sectional study evalu...