Jild-i 1: Muntakhab-i ās̲ār-i: Sant Agūstīn, tarjumah-ʼi Muḥammad Taqī Bahrāmī Ḥarrān; Tūmās Akvīnās, tarjumah-ʼi Manūchihr Buzurgmihr; Bārūkh Ispīnūzā, tarjumah-ʼi Abū Ṭālib Ṣārimī; Bilz Pāskāl, tarjumah-ʼi Ḥusayn Kasmāʼī, va muntakhabātī az: Ūpānīshādhā, Dimāpādā, Sūrāngāmāsūtrā, Bhāgavat Gītāyā tarjumah-ʼi Riz̤ā Ṣaddūqī --.

According to familiar accounts, Rousseau held that humans are actuated by two distinct kinds of self love: amour de soi, a benign concern for one's self-preservation and well-being; and amour-propre, a malign concern to stand above other people, delighting in their despite. I argue that although amour-propre can (and often does) assume this malign form, this is not intrinsic to its character. The first and best rank among men that amour-propre directs us to claim for ourselves is that of occupying (...) 'man's estate'. This does not require, indeed it precludes, subjection of others. Amour-propre does not need suppression or circumscription if we are to live good lives; it rather requires direction to its proper end, not a delusive one. (shrink)

The present study addresses the fluid transport behaviour of the flow of gold -copper /biomagnetic blood hybrid nanofluid in an inclined irregular stenosis artery as a consequence of varying viscosity and Lorentz force. The nonlinear flow equations are transformed into dimensionless form by using nonsimilar variables. The finite-difference technique is involved in computing the nonlinear transport dimensionless equations. The significant parameters like angle parameter, the Hartmann number, changing viscosity, constant heat source, the Reynolds number, and nanoparticle volume fraction on the (...) flow field are exhibited through figures. Present results disclose that the Lorentz force strongly lessens the hybrid nanofluid velocity. Elevating the Grashof number values enhances the rate of blood flow. Growing values of the angle parameter cause to reduce the resistance impedance on the wall. Hybrid nanoparticles have a superior wall shear stress than copper nanoparticles. The heat transfer rate is amplifying at the axial direction with the growing values of nanoparticles concentration. The applied Lorentz force significantly reduces the hybrid and unitary nanofluid flow rate in the axial direction. The hybrid nanoparticles expose a supreme rate of heat transfer than the copper nanoparticles in a blood base fluid. Compared to hybrid and copper nanofluid, the blood base fluid has a lower temperature. (shrink)

This unique volume will appeal to those interested in the philosophy of mind, cognitive science, and artificial intelligence as well as students of Castaneda and Latin American philosophy.

Contributed articles on Buddhist doctrines and philosophy; festschrift in honor of Narayan Hemandas Samtani, Buddhist scholar.

Description: Ancient Indian logic by itself is a very vast subject. The ancient Sanskrit term nyaya which was first used in a different or in a much more general sense, was later specifically applied to the Nyaya school. The physics and physiology and psychology of the Nyaya doctrine are not specifically its own, being from the first indistinguishable from those of its sister Sastra, the Vaisesika. What characterizes it specifically is the development of the nyaya or five-membered method of demonstration (...) and its insistence on the four sources of knowledge, corresponding to the first four members of its demonstrative formula, or 'Syllogism.' The importance of Nyaya is in its doctrine of the pramanas, or sources of proof, and in its formulation of the nyaya, or method of demonstration. Indian Logic in its Early Schools by H.N. Randle is an interpretation of Indian logical theory in its historical development based on the study of original texts wherever reference to Nyaya as a method of logic has been made, and thus, covers a very wide field of Indian philosophy. An indispensable work for students of Indian philosophy, it is especially important for those who are interested in Nyayadarsana in its relation to the early logic of other schools. (shrink)

LANGUAGE NOTE | Document text in Chinese; abstract also in English. ECMO是一項高風險、高創傷、高消耗的創新技術，它能夠為新冠病毒肺炎重症患者提供挽救性治療°ECMO的治療目標是幫助患者恢復心肺功能，或者橋接最終治療，包括器械植入，或者器官移植等。然而，容易被忽視的 事實是，ECMO挽救了一些患者的生命，但也可能讓那些沒有康復機會的患者陷入醫療困境。於是，ECMO的臨床應用不得不面對一些反對意見，包括嚴重併發症危害患者生命安全、無效治療導致技術失敗，以及大量佔用資 源損害醫療公平等。ECMO技術的臨床應用應該在尊重生命價值和患者意願的基礎上，合理設置治療目標、確立可接受退出標準、妥善處理患者意願與ECMO設備撤除困境之間的倫理衝突，建立適度倫理框架以合理控制醫療 干預的邊界。 Characterized by high risk, high trauma and high consumption, Extra-Corporeal Membrane Oxygenation (ECMO) is an innovative technology that can be used as salvage therapy for COVID-19 patients. ECMO treatment can help restore patients' cardiopulmonary function or can bridge their final treatment, including device implantation or organ transplantation. However, although ECMO saves some patients' lives, it can also leave those with no chance of recovery in a medical dilemma. ECMO (...) is thus controversial: it is criticized for technical failures and ineffective treatments, and its use raises questions about medical equity. This paper argues that the clinical application of ECMO technology should be based on a respect for the value of life and the will of patients, reasonably set therapeutic goals, acceptable withdrawal criteria, proper management of the conflict between patients' desires and the medical dilemma, and the establishment of an ethical framework to control the limits of medical intervention. (shrink)