The application of catalysis in industrial processes can provide relevant contributions through the development of more energy and time efficient procedures. Generally, catalysts increase the rate of reactions and remain unchanged by the reaction. Thus, the impact of catalysis on improving the efficiency of various industries has been demonstrated via pollution control, air purification, food processing, etc. I investigated the proposed area of ​​study, an EPR (electronic paramagnetic resonance) reactor combined with new microwave technology could not only provide a clearer understanding of catalytic pathways, but also enable the study of other questions of existing research such as DNA damage caused by free radicals from ionizing radiation. This project touches two fundamental branches of science, physics and chemistry, and will therefore contribute enormously to the body of existing knowledge. This will provide a better understanding of reaction mechanisms in the field of catalysis and new microwave technologies, leading to groundbreaking discoveries and further research. I am excited about this project because it will give me the opportunity to use my academic qualifications and research skills in a study that has various applications in the manufacturing industry. Say no to plagiarism. Get a tailor-made essay on 'Why violent video games should not be banned'? Get the original essay My decision to study for a PhD in Chemistry at Cardiff University was carefully made after some discussions with my supervisors and some principal investigators. I am excited to dedicate the next stage of my academic career to relevant research like this with translational impact on industry. Likewise, I intend to take full advantage of the wealth of knowledge and experience available at the world-renowned Cardiff Institute of Catalysis. Interact and collaborate with professors, academic specialists and industrial partners in the field of chemistry. I intend to study in a dynamic research environment with world-class facilities and access to computer science training. Additionally, I will have the chance to make a remarkable contribution to research and pursue an academic career. Currently I work at Swansea Medical School as a graduate research trainee. As part of my tasks and projects, I am currently evaluating the spatial dose distribution observed during small-field dosimetry measurements with the gamma dose evaluation tool. The comparison is made between the dose absorbed at a point in a PTW 60019 micro diamond detector and an EBT3 radiochromic film. The outcome of this project is expected to result in the revision and replacement of existing silver halide x-ray films with radiochromic films. This is vital for the safety of clinicians carrying out quality assurance checks in the department. Under adequate supervision, I actively participated in the review and review of radiotherapy treatment plans for patients with breast, head and neck cancer to ensure safe and secure treatment delivery. precise. Among other things, these processes require a precise systematic approach to medical image interpretation with complex computer software to ensure that each treatment plan is optimized based on the patient's tumor volume. The critical thinking skills I developed would be relevant to analyzing and interpreting research data..