Karta raspolozhenii︠a︡ zemelʻ Evreǐskiikh koloniiǐ kollektivov i uchastkov kolfondov v raǐonakh Mikhaǐlovskom, Sofievskom i Shirokovskom Krivorogskogo okruga

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Karta raspolozhenii︠a︡ zemelʻ Evropeĭskikh koloniĭ kollektivov i uchastkov kolfondov v raĭonokh Mikhaĭlovskom, Sofievskom i Shirokovskom, Krivorogskogo okruga

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Plan Kryvorizʹkoĭ okrugi, Shyrokivsʹkogo raĭonu, Sverdlovsʻkoĭ silʻrady na uchastok zemli zemelʹnoï gromady vys. U 1 (Voroshilosʻkyĭ)z dorizannym do nʻogo uchaskom zemli Kolfonda Y. 52oskolfonda Nº 35 otgranichennogo v pori︠a︡dke ustroĭstva kolonizat︠s︡ionnogo fonda

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Metallo crown porphyrins as ionophores-metal dependent uncoupling of mitochondrial energy potential

Porphyrins appended with crown ether moieties function as efficient uncouplesrs of oxidative phorphorylation in rat liver mitochondria. Permeation of these highly organized porphyrins decrease the respiratory coefficient index (RCI) values. Lowering of the RCI values parallels the number of K+ chelating crown ether groups attached to the porphyrins. The inhibitory effect upon the oxidative phorphorylation reaction depends on the nature of divalent metal ions, VO, Co, Cu and Zn in the porphyrin cavity and related to their relative tendency to complex intracellular K+ ions.

Class-specific sparse codes for representing activities

In this paper we investigate the effectiveness of class specific sparse codes in the context of discriminative action classification. The bag-of-words representation is widely used in activity recognition to encode features, and although it yields state-of-the art performance with several feature descriptors it still suffers from large quantization errors and reduces the overall performance. Recently proposed sparse representation methods have been shown to effectively represent features as a linear combination of an over complete dictionary by minimizing the reconstruction error. In contrast to most of the sparse representation methods which focus on Sparse-Reconstruction based Classification (SRC), this paper focuses on a discriminative classification using a SVM by constructing class-specific sparse codes for motion and appearance separately. Experimental results demonstrates that separate motion and appearance specific sparse coefficients provide the most effective and discriminative representation for each class compared to a single class-specific sparse coefficients.

Schematicheskai︠a︡ karta chasti territorii Zaporozhskogo i Mariupolʻskogo okrugov s ukazaniem evreǐskikh zemelʻpolʻzovaniǐ i gosfondov v blizi nikh

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Schematicheskai︠a︡ karta chasti territorii Zaporozhskogo i Mariupolʻskogo okrugov s ukazaniem evreǐskikh zemelʻpolʻzovaniǐ i gosfondov v blizi nikh

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Obezpechennostʻ zhivym inventarem, obsluzhivaemykh "Agro-dzhoǐntom" pereselent︠s︡ev Krivorogskogo raǐona, osevshikh na zemli︠u︡ v raznye sroki po dannym na 1oe i︠u︡li︠a︡ 1926 goda

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Raspredelenie posevnoĭ ploshchadi po kulʻturam v % v pereselencheskikh obʻedinenii︠a︡kh Krivorogskogo raĭona

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Plan Krivorogskogo okruga Krivorogskogo raǐona, na uchastok kolfonda N 63 otgranichennogo v pori︠a︡dke ustroǐstva kolfonda

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Experimental investigation of heat transfer reduction using forward facing cavity for missile shaped bodies flying at hypersonic speed

Forward facing circular nose cavity of 6 mm diameter in the nose portion of a generic missile shaped bodies is proposed to reduce the stagnation zone heat transfer. About 25% reduction in stagnation zone heat transfer is measured using platinum thin film sensors at Mach 8 in the IISc hypersonic shock tunnel. The presence of nose cavity does not alter the fundamental aerodynamic coefficients of the slender body. The experimental results along with the numerically predicted results is also discussed in this paper.

Isotope shifts and hyperfine structure in the 555.8-nm S-1(0) -> P-3(1) line of Yb

We apply our technique of using a Rb-stabilized ring-cavity resonator to measure the frequencies of various spectral components in the 555.8-nm 1S0-->3P1 line of Yb. We determine the isotope shifts with 60 kHz precision, which is an order-of-magnitude improvement over the best previous measurement on this line. There are two overlapping transitions, 171Yb(1/2-->3/2) and 173Yb(5/2-->3/2), which we resolve by applying a magnetic field. We thus obtain the hyperfine constants in the 3P1 state of the odd isotopes with a significantly improved precision. Knowledge of isotope shifts and hyperfine structure should prove useful for high-precision calculations in Yb necessary to interpret ongoing experiments testing parity and time-reversal symmetry violation in the laws of physics.

Plan Krivorogskogo okruga Shironovskogo raĭona na uchastok kolfonda Nº 36 otgranichennogo v pori︠a︡dke ustroĭstva kolonizat︠s︡ionnogo fonda soglasno plana rabot na 1926

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Plan Krivorogskogo okruga Kazankovskogo raĭona na uchastok kolfonda Nº 35 otgranichennogo v pori︠a︡dke ustroĭstva kolonizat︠s︡ionnogo fonda 8ĭ partieĭ po ustroĭstvu kolfondov na i︠u︡ge Ukrainy sogolasno plana zemleustroitelʻnykh rabot na 1926 god

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Iterative solution of a class of linear equations with application to reconstruction of three-dimensional object arrays

An iterative algorithm baaed on probabilistic estimation is described for obtaining the minimum-norm solution of a very large, consistent, linear system of equations AX = g where A is an (m times n) matrix with non-negative elements, x and g are respectively (n times 1) and (m times 1) vectors with positive components.