For piano and orchestra : Candenzen zu den Pianoforte-Concerten; Phantasie mit Chor, op.80 in Cm /

Bound with: Choral fantasy, op. 80.

The snow : three-part song for female voices : with accompaniments for two violins and pianoforte : op. 26, no. 1 /

Mode of access: Internet.

Hawthorn and lavender. [music] : a song-cycle for women's voices with piano accompaniment /

Poems printed as text: p. 3-5.

Musica sacra : or Springfield and Utica collections united: consisting of psalm and hymn tunes, anthems and chants; arranged for two, three or four voices, with a figured bass for the organ or piano forte.

Combines the "Springfield collection", edited by Warriner (Springfield, 1813) and "Musica sacra", published for the Oneida musical society (Utica, 1816)

The harmonia : a collection of four-part songs, for male voices, with German and English words /

Parts for tenor I, tenor II, bass I, and bass II.

Various choral works, with piano accompaniment [Op.92, 103, 112, 93b]

Quartette...Op.92 [no.] 1-4.--Zigeunerlieder...op.103 [no.]1-11.--Sechs Quartette...op.112 [no.] 1-6.--Tafellied...op.93b.--Kleine Hochzeitskantate.

Differential Games of Mixed Type with Control and Stopping Times

We study a zero sum differential game of mixed type where each player uses both control and stopping times. Under certain conditions we show that the value function for this problem exists and is the unique viscosity solution of the corresponding variational inequalities. We also show the existence of saddle point equilibrium for a special case of differential game.

Albert Einstein playing the violin with small orchestra; Princeton, New Jersey Portraits Men

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Albert Einstein playing violin with small orchestra; Princeton, New Jersey Portraits; Groups

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Albert Einstein playing violin with small orchestra; Princeton, New Jersey portraits groups

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Unsteady mixed convection with double diffusion over a horizontal cylinder and a sphere within a porous medium

The combined effects of the permeability of the medium, magnetic field, buoyancy forces and dissipation on the unsteady mixed convection flow over a horizontal cylinder and a sphere embedded in a porous medium have been studied. The nonlinear coupled partial differential equations with three independent variables have been solved numerically using an implicit finite-difference scheme in combination with the quasilinearization technique. The skin friction, heat transfer and mass transfer increase with the permeability of the medium, magnetic field and buoyancy parameter. The heat and mass transfer continuously decrease with the stream-wise distance, whereas the skin friction increases from zero, attains a maximum and then decreases to zero. The skin friction, heat transfer and mass transfer are significantly affected by the free stream velocity distribution. The effect of dissipation parameter is found to be more pronounced on the heat transfer than on the skin friction and mass transfer

Mixed Convection with Thermal Radiation in a Vertical Pipe with Partially Heated or Cooled Wall

The effect of partial heating/cooling of the wall on the mixed convection with thermal radiation in incompressible laminar pipe flow has been investigated. The gas is assumed to be gray, emitting and absorbing with constant thermophysical properties except the density variation in the buoyancy term. The partial heating/cooling of the wall has significant effect on the Nusselt number. The radiation parameter increases the heat transfer, but reduces the effect of buoyancy. The heat transfer also increases with the optical thickness until a certain value, beyond which it decreases.

Growth of zero-mean-shear turbulent-mixed layer with suspended particles in a 2-layer fluid system

The growth behaviour of zero-mean-shear turbulent-mixed layer containing suspended solid particles has been studied experimentally and analysed theoretically in a two-layer fluid system. The potential model for estimating the turbulent entrainment rate of the mixed layer has also been suggested, including the results of the turbulent entrainment for pure two-layer fluid. The experimental results show that the entrainment behaviour of a mixed layer with the suspended particles is well described by the model. The relationship between the entrainment distance and the time, and the variation of the dimensionless entrainment rate E with the local Richardson number Ri1 for the suspended particles differ from that for the pure two-layer fluid by the factors-eta-1/5 and eta-1, respectively, where eta = 1 + sigma-0-DELTA-rho/DELTA-rho-0.

Layered La-Ba-Cu mixed oxides with perovskite structure as catalyst for NO reduction by CO

The mixed oxides, including LaBa2Cu3O7, LaBaCu2O5, La4BaCu5O12 with perovskite structure, were prepared. The catalysts were characterized by means of chemical analysis, XRD, H-2-TPR. It was found that their structures were layered ABO(3) perovskite structure and they were the active catalysts for the NO reduction by CO. The existence of Cu3+ is an important factor to give the catalysts a high activity for the NO reduction by CO.