The Microstructure Evolution and Melting Behavior of Inhomogenous Materials during Controlled Heating Process
Study on Fabrication Technology, Performances and Melting Heat Transfer Process of Salt/Ceramic Composite Energy Storage Material
Computational Chemistry Study on Melting Processes and Surface Adsorption of Metals
BEHAVIOR OF CARBON AND OXYGEN IN FLOATING-ZONE MELTING OF PURE IRON
THE FRACTIONAL MELTING PHENOMENON OF MOULD POWDERS FOR CONTINUOUS CASTING DURING THE HEATING PROCESS
SLIDING WEAR PROPERTIES OF LASER MELT DEPOSITED Cr_(13)Ni_5Si_2/γ-Ni BASE ALLOY
PROPERTIES AND MICROSTRUCTURES OF MELT PROCES-SED (YHo)Ba_2Cu_3O_(7_y) SUPERCONDUCTOR
Microstructure and wear resistance of laser melt deposited Mo/Mo_(2)Ni_(3)Si metal silicide alloys
LASER MELT QUENCHING OF Fe-B AND Fe-C-B ALLOY SURFACE LAYERS
Suitable technology parameter for gotten V2O5 sol as following: the temperature at melt of V2O5 is (800～900)℃, and the time of keep this temperature is (5～20) min;
Determination of Na_4P_2O_7 Fusion Enthalpy Using Inverse Drop Calorimeter
Theenthalpy and entropy of fusion, fusHm and fusSm, at T - 437.5 K, were determined to be (22.92 + 0.55) kJ mol-1 and (139.4 + 3.3) J mol-1 K-1, respectively;
得到3，5-二叔丁基水杨酸的 熔化温度是(437.5±0.1)K，峰温是(440.5±0.4)K， 熔化焓和熵分别是(22.92±0.55)kJmol~(-1)和(52.39±1.26)J mol~(-1)K~(-1)。
The mixture of pseudo—binary system CH_3COONa·3H_2O—CH_3CONH_2 was subjected to differential scanning calorimetry in this paper. Eutectic mixture melts congruently at 28℃, the heat of fusion of the eutectic mixture of this pseudo—binary system is found to be 231J/g.
本文用差示扫描量热法(DSC)研究了CH_3 COONa·3H_2O—CH_3 CONH_2拟二元系统,发现其低共熔混合物在28℃时发生同分共熔,其 熔化热为231J/g。
Multi-information fusion of droplet transfer in pulsed GMAW
The test results showed that the melting temperature and latent heat of fusion for the two alloys were 454,447℃ and 314.4, 303.2kJ/kg,respectively.
测试结果表明,两种合金的 熔化温度和 熔化潜热分别为454和447℃及314.4和303.2kJ/kg。
The Fe-1 wt. %Sb,Fe-15wt.%Sb,and Fe-35wt.%Sb alloys were laser surface melted.
The results show that some of the (Bi,Pb)-2212 phase melted and decomposed into (Sr,Ca)2CuO3, (Sr,Ca)Cu2O3 and rich (Bi,Pb) liquid phase. At the same time, the (Sr,Ca)2CuO3 and (Sr,Ca)Cu2O3 phases grew rapidly.
The Magnetization Jc values of melted and annealed sample is greater than 2×104A/cm2 at 77K and 1T.
Study on the Formation of the white Layer and the Melted layer in W_(l8)Cr_4V Steel Oil Quenched in Vacuum
Transport Jc of the silver sheathed tape sample prepared with partial melted superconducting powder can reach 1. 6-1. 7×l04A/cm2(77K,0T).
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Ultraviolet (UV) melting curves of the DNA at 260 nm as well as the calorimetric measurements were used to estimate the binding constants (K), melting enthalpy (ΔH°m) and binding enthalpy (ΔH°b).
Both infrared spectra and melting point of the compound were consistent with those reported earlier.
It was found by DSC measurements that the melting point of samples gradually shifted to lower temperatures with the decrease of the solution concentration used for sample preparation.
The yield of the final product was 78%, and the melting point was 231-233°C.
The thermotropic properties, the melting point (Tm) and the isotropization temperature (Ti) of the synthesized polyurethanes were characterized by DSC, IR and POM.
The X-ray diffraction results indicate that the melt-crystallized sample of polyamide 618 transforms from the triclinic unit cell to the pseudo-hexagonal phase in the range of 120-180°C.
AFM-tip-induced crystallization of poly(ethylene oxide) melt droplets
The AFM-tip-induced crystallization of poly(ethylene oxide) (PEO) melt droplets was studied.
The melt droplets with a height of 50-100 nm and a lateral size of 2-3 μm were obtained by melting the PEO ultra-thin films on a mica surface.
In contrast, under AFM nanoindentation mode, the tip-induced crystallization occurred when a sufficiently high vertical tip force was applied to the melt droplets of PEO with Mn ? 1.0 × 104 g/mol.
These are analogous to " fusion rules" in tensor product decomposition and their derivation obtains from an analysis of theR-matrix.
Representations of Quantum Affinizations and Fusion Product
Research of Spatial-Temporal Architecture Model and the Algorithm for Multisensor Information Fusion
To receive habitus accurately and to obtain the reorganization and decision information of the object fully, spatial and temporal fusion must be taken into account.
Based on this model, we give an algorithm based on the theory of D-S evidence and fuzzy integral for sensor fusion.
The paraffin wax (with melting temperature of 29°C, crystallizing temperature of 26°C and latent heat of 142 J/g) served as latent heat storage material and the silica as supporting material, which prevented the leakage of the melted paraffin wax.
The results indicated that fly ash of pure MSW incineration could be melted at approximately 1,300°C and that of MSW and coal co-combustion could be melted at approximately 1,400°C.
Steady-state shapes of bodies melted by aerodynamic heating
Thermocapillary convection in the shallow bath formed when a solid is melted by a concentrated energy flux
Problem of a solid half-space melted by a hot rotating disk or ring