CV

Communication skills-as an open individual I happen to posses very much patience-my communication skills are based on listening more and speaking less Organisational / managerial skills Currently being responsible for 30 computers(30 clients on the same time of use)

๑. ชื่อ-นามสกุล-ฉายา
(ภาษาไทย)   รองศาสตราจารย์ ดร. สานุ  มหัทธนาดุลย์  
(ภาษาอังกฤษ)  Associate Professor Dr. Sanu  Mahatthanadull
๒. ตำแหน่งปัจจุบัน
ผู้อำนวยการหลักสูตรดุษฎีบัณฑิต สาขาวิชาพระพุทธศาสนา (หลักสูตรนานาชาติ), วิทยาลัยพุทธศาสตร์นานาชาติ มหาวิทยาลัยมหาจุฬาลงกรณราชวิทยาลัย
๓. หน่วยงาน
วิทยาลัยพุทธศาสตร์นานาชาติ มจร อาคารวิทยาลัยพุทธศาสตร์นานาชาติ วังน้อย  พระนครศรีอยุธยา

Dr. NEACȘU STELUȚA MĂDĂLINA este Doctor in Informatii si Securitate Nationala și oferă expertiză în securitate si rezilienta urbana, politici si strategii NATO/UE, NATO URBAN, analiza de intelligence, competitive intelligence, juridic-administrativ, GDPR etc.

1. Name-Family Name
(Thai)   รองศาสตราจารย์ ดร. สานุ  มหัทธนาดุลย์  
(English)    Associate Professor Sanu  Mahatthanadull, Ph.D.
2. Position
Director of Doctor of Philosophy program in Buddhist Studies (international program), International Buddhist Studies College (IBSC), Mahachulalongkornrajavidyalaya University.
3. Institute
International Buddhist Studies College (IBSC), Mahachulalongkornrajavidyalaya University, Wang Noi, Phranakorn Si Ayutthaya Province, Thailand.

Propofol is a potentially useful intravenous anesthetic agent for total intravenous anesthesia (TIVA) in horses. The purpose of this study was to compare the anesthetic and cardiorespiratory effects of TIVA following the administration of propofol alone(P–TIVA) and ketamine–medetomidine–propofol (KM–P–TIVA) in adult horses. The carotid artery was translocated to a subcutaneous position during TIVA with P–TIVA (n = 6) or KM–P–TIVA (n = 6). All horses were premedicated with medetomidine [0.005 mg kg–1, intravenously (IV)]. Anesthesia was induced with midazolam (0.04 mg kg–1 IV) and ketamine (2.5 mg kg IV). All horses were orotracheally intubated and breathed 100% oxygen. The KM drug combination (ketamine 40 mg mL–1 and medetomidine 0.05 mg mL–1) was infused at a rate of 0.025 mL kg–1 hour–1. Subsequently, a loading dose of propofol (0.5 mg kg–1, bolus IV) was administered to all horses; surgical anesthesia (determined by horse response to incision and surgical manipulation, positive response being purposeful or spontaneous movement of limbs or head) was maintained by varying the propofol infusion rate as needed. Arterial blood pressure and HR were also monitored. Both methods of producing TIVA provided excellent general anesthesia for the surgical procedure. Anesthesia time was 115 ± 17 (mean ± SD) and 112 ± 11 minutes in horses anesthetized with KM–P–TIVA and P–TIVA, respectively. The infusion rate of propofol required to maintain surgical anesthesia with KM–P–TIVA was significantly less than for P–TIVA (mean infusion rate of propofol during anesthesia; KM–P–TIVA 0.15 0.02 P–TIVA 0.23 ± 0.03 mg kg–1 minute–1, p = 0.004). Apnea occurred in all horses lasting 1–2 minutes and intermittent positive pressure ventilation was started. Cardiovascular function was maintained during both methods of producing TIVA. There were no differences in the time to standing after the cessation of anesthesia (KM–P–TIVA 62 ± 10 minutes versus P–TIVA 87 ± 36 minutes, p = 0.150). The quality of recovery was good in KM–P–TIVA and satisfactory in P–TIVA. KM–P–TIVA and P–TIVA produced clinically useful general anesthesia with minimum cardiovascular depression. Positive pressure ventilation was required to treat respiratory depression. Respiratory depression and apnea must be considered prior to the use of propofol in the horse.

In particular cases of stationary and stationary axially symmetric space-time passage to non-relativistic limit of Einstein equation is completed. For this end the notions of absolute space and absolute time are introduced due to stationarity of the space-time under consideration. In this construction absolute time is defined as a function $t$ on the space-time such that $\prt_t$ is exactly the Killing vector and the space at different moments is presented by the surfaces $t=\con $. The space-time metric is expressed in terms of metric of the 3-space and two potentials one of which is exactly Newtonian gravitational potential $\Phi$, another is vector potential $\vec A$ which, however, differs from vector potential known in classical electrodynamics. In the first-order approximation on $\Phi/c^2$, $|\vec A|/c$ Einstein equation is reduced to a system for these functions in which left-hand sides contain Laplacian of the Newtonian potential, derivatives of the vector potential and cur...

We show that the singularity in the General Theory of Relativity (GTR) is the expression of a non-Machian feature. It can be avoided with a scale-invariant dynamical theory, a property lacking in GTR. It is further argued that the global non-conservation of energy in GTR also results from the lack of scale-invariance and the field formulation presented by several authors