Risālat Rafʻ al-ḍarūrah ʻan ḥajj al-ṣayrūrah / li-Sayyidī ʻAbd al-Ghanī al-shahīr bi-al-Nābulusī al-Dimashqī al-Ḥanafī : manuscript

undated.

Kurūm ʻarāyish al-tahānī fī al-kalām ʻalá Ṣalawāt Ibn Mashīsh al-Dānī : manuscript, undated

In Maghribi script.

Risālah-i ʻarūz̤-i qāfiyah : manuscript, 1683

Copy completed in the hand of Muḥammad Hāshim al-Ṭāyir in 1094 [1683].

Zubdat al-mukhtaṣarāt fī sharḥ al-Waraqāt : manuscript, 1553

Copy completed on 26 Jumādá al-ūlá 960 [May 9, 1553] (f. 37v).

Risālah fī tafṣīl masāʼil dhawī al-arḥām : manuscript, [1747]

Dated 1106 [1694-5] but it appears to be a mistake, the correct date should be 1160 [1747].

Kalimāt al-shuʻarāʼ : manuscript, undated

Unbound.

Análise comparativa dos métodos da ISO 13790 e sua adequabilidade na estimativa das necessidades de energia para aquecimento e arrefecimento e da temperatura do ar interior

Tese de mestrado integrado em Engenharia da Energia e do Ambiente, apresentada à Universidade de Lisboa, através da Faculdade de Ciências, 2016

Ewrop ary We. Detholiad o wefanau, casgliadau a dogfennu defnyddiol am wybodaeth ar yr Undeb Ewropeaidd ac Ewrop fwyaf. April 2016

No abstract.

Alteration of natural ³⁷Ar activity concentration in the subsurface by gas transport and water infiltration

High ³⁷Ar activity concentration in soil gas is proposed as a key evidence for the detection of underground nuclear explosion by the Comprehensive Nuclear Test-Ban Treaty. However, such a detection is challenged by the natural background of ³⁷Ar in the subsurface, mainly due to Ca activation by cosmic rays. A better understanding and improved capability to predict ³⁷Ar activity concentration in the subsurface and its spatial and temporal variability is thus required. A numerical model integrating ³⁷Ar production and transport in the subsurface is developed, including variable soil water content and water infiltration at the surface. A parameterized equation for ³⁷Ar production in the first 15 m below the surface is studied, taking into account the major production reactions and the moderation effect of soil water content. Using sensitivity analysis and uncertainty quantification, a realistic and comprehensive probability distribution of natural ³⁷Ar activity concentrations in soil gas is proposed, including the effects of water infiltration. Site location and soil composition are identified as the parameters allowing for a most effective reduction of the possible range of ³⁷Ar activity concentrations. The influence of soil water content on ³⁷Ar production is shown to be negligible to first order, while ³⁷Ar activity concentration in soil gas and its temporal variability appear to be strongly influenced by transient water infiltration events. These results will be used as a basis for practical CTBTO concepts of operation during an OSI.

Chemical composition and K-Ar age of rocks from the northern Sea of Japan

The Middle Paleozoic complex consists of terrigenous and volcanogenic materials metamorphized in greenschist facies. Clastic rocks have arkosic composition and are formed by alteration of basalts and metamorphic rocks. Metaeffusives were formed from basaltoid products of oceanic tholeiite magma indicating that underwater rise structures of the northern Sea of Japan were emplaced on the oceanic crust.