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The paper discusses the Tangut translation of the famous Entry into Two Truths . This composition by Atiśa (982–1054) was important in the formation of the doctrinal system of the Tangut Buddhism. The paper examines the possible variations of the source text of the Tangut translation, its relationship with the texts on valid cognition. The paper discusses the possible division of the text and provides the translation of the Tangut version and compares it with the Tibetan original.

The paper introduces a new Tangut document on the Mahāsiddha lineages in the Tangut state. The paper discusses the authorship of the Chinese version of the Caturasīti-siddhābhyarthana, and the relation between this text and the newly identified text which we provisionally title \"Praise to the Mahāsiddhas.\" The paper contains the transliteration of the text, Chinese translation and discussion of its contents. General conclusion is that the new text is a variant of the Cakrasamvara lineage, circulating in Xixia.

The paper discusses the Tangut translation of the famous Entry into Two Truths. This composition by Atia (982-1054) was important in the formation of the doctrinal system of the Tangut Buddhism. The paper examines the possible variations of the source text of the Tangut translation, its relationship with the texts on valid cognition. The paper discusses the possible division of the text and provides the translation of the Tangut version and compares it with the Tibetan original.

The paper discusses the Tangut translation of the famous Entry into Two Truths. This composition by Atiśa (982-1054) was important in the formation of the doctrinal system of the Tangut Buddhism. The paper examines the possible variations of the source text of the Tangut translation, its relationship with the texts on valid cognition. The paper discusses the possible division of the text and provides the translation of the Tangut version and compares it with the Tibetan original.

Two samples of the ZrNi 1.2 Mn 0.5 Cr 0.2 V 0.1 alloy were prepared using argon-arc melting. The samples differed in weight, resulting in distinct cooling modes, and their quantitative phase composition was determined with X-ray diffraction. The electrochemical properties of the alloy samples and the associated composite with a copper addition (in a 1 : 1 alloy-to-copper weight ratio) were studied in both potentiodynamic and galvanostatic modes in the cathodic and anodic potential regions. In particular, the hydrogen capacity and corrosion resistance of the samples discharged to a voltage of 0.7 V relative to the Ni(OH) 2 electrode (~0.4 V relative to the Hg/HgO electrode) were evaluated. In discharge to 0.7 V, the activation of the ZrNi 1.2 Mn 0.5 Cr 0.2 V 0.1 alloy electrodes accelerated as compared to 0.8 V and thus the discharge capacity in the first hydrogenation–dehydrogenation cycles increased significantly, while the maximum achieved discharge capacity of the composite depended on the number of Laves phases in the alloy. At 20°C, the composite produced from the alloy with higher Laves phase content (~90 vol.% C 14+15 ) activated three to four cycles sooner than the sample with a lower Laves phase content (~80 vol.% C 14+15 ) and achieved a higher discharge capacity of ~290 mA· h/g when discharged to 0.8 V. The discharge capacity of the composite discharged to 0.7 V relative to the Ni(OH) 2 electrode (~0.4 V relative to the Hg/HgO electrode) combined the contribution from the alloy via electrochemical hydrogenation–dehydrogenation processes and the contribution from copper via oxidation with anodic polarization. The passivation region on the corrosion curve over a wide range from the stationary potential to E = +0.5 V for the alloy section processed in 30% KOH solution demonstrated the corrosion resistance of the alloy electrodes at a discharge voltage of –0.7 V, indicating the absence of selective dissolution of alloy components.