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  • [Magazine report] Chinese Atrazine Export Output Reached A New High 2011/7/1 10:23:54
  • [Magazine report] The Capacity of PLA to Continue to Grow in China 2011/6/30 17:17:42
  • [Technical Data] XRD diffraction pattern of bimetallic Pt/Ru nanoclusters 2011/6/10 11:35:47
  • [Technical Data] A series of measurements, including 2011/6/10 11:35:35
  • [Technical Data] General scheme showing the entrapment process 2011/6/10 11:28:04
  • [Technical Data] the average metal particle size had only 2011/6/10 11:26:16
  • [Technical Data] the alkaline EG method by microwave irradiation on the reaction 2011/6/9 16:44:48
  • [Technical Data] preparation of metal nanoclusters stabilized by EG and 2011/6/9 16:44:29
  • [Technical Data] Solvent and Simple Ion-Stabilized Metal Nanoclusters 2011/6/9 16:06:38
  • [Technical Data] were studied. Esumi et al. reported the preparation 2011/6/9 16:05:44
  • [Technical Data] molecules (template or molecular spreader-bar) 2011/6/9 15:50:57
  • [Technical Data] Scanning electron microscopy images of gold electrodes 2011/6/9 15:42:09
  • [Technical Data] Gold electrodes coated by nanostructured 2011/6/9 15:35:19
  • [Technical Data] Possible temperature fluctuations, data scattering between 2011/6/9 11:31:30
  • [Technical Data] simple shape and complexed multipods that are defined 2011/6/9 11:27:02
  • [Technical Data] performed by electroless deposition or by electroplating 2011/6/9 11:26:52
  • [Technical Data] pattern typical of a single-crystal Pt with 2011/6/9 10:59:20
  • [Technical Data] monolayer LB film of as-made Pt nanoparticles 2011/6/2 17:10:18
  • [Technical Data] The activation energy for the reaction, Ea, was 2011/6/2 17:10:09
  • [Technical Data] reduction of Pt ions could be accelerated through 2011/6/2 17:06:39
  • [Technical Data] Multipods and Dendritic Nanopariicles of Platinum 2011/6/2 17:06:30
  • [Technical Data] different final shapes. Secondary Structures 2011/6/2 16:53:40
  • [Technical Data] Multipods and Dendritic Nanoparticles 2011/6/2 16:51:24
  • [Technical Data] monomer concentration and the preferential growth 2011/6/2 16:51:16
  • [Technical Data] multipods. Thermodynamically stable spherical particles 2011/6/2 16:42:22
  • [Technical Data] min after adding the silver precursor 2011/6/2 16:32:24
  • [Technical Data] excess nanoparticles at the porous entrance regions, 2011/6/2 16:10:45
  • [Technical Data] recorded. The activation energy was obtained from 2011/6/2 16:10:36
  • [Technical Data] from Aldrich. All solutions were deaerated with argon H. Yang 2011/6/2 16:10:19
  • [Technical Data] starting from the first half minute, to monitor 2011/6/1 11:50:04
  • [Technical Data] In some cases, capping agents can bind selectively to 2011/6/1 11:31:03
  • [Technical Data] saturation. At this stage, the nanoparticles undergo shape changes 2011/6/1 11:30:53
  • [Technical Data] The formation of particles is triggered by the reduction of metal 2011/6/1 11:02:32
  • [Technical Data] Multipods and Dendritic Nanoparticles of Platinum 2011/5/31 16:47:17
  • [Technical Data] The catalytic tests show that, over the Pt(l OO)/Al203catalyst 2011/5/31 16:37:34
  • [Technical Data] The practical achievement using the morphologically 2011/5/31 16:37:13
  • [Technical Data] Optical16absorpti02n spectra of the polyimide implanted 2011/5/31 16:31:03
  • [Technical Data] effect of the fiuence during the irradiation process 2011/5/31 16:21:56
  • [Technical Data] properties of the active layer was measured in a dynamic 2011/5/31 16:21:06
  • [Technical Data] irradiation the ratio Se/Sn iS about 3. Two points are worth noting 2011/5/31 15:52:44
  • [Technical Data] cients, respectively. The intraband and interband electronic transitions 2011/5/31 15:30:28
  • [Technical Data] composite glasses, giving rise to thermo-optical nonlinearities 2011/5/31 15:24:30
  • [Technical Data] total fluence) are compared: the average cluster size in both samples 2011/5/31 14:16:21
  • [Technical Data] the overlap between the concentration depth profiles of both species 2011/5/31 14:16:04
  • [Technical Data] Synthesis of Metal Nanoclusters upon Using Ion Implantation the interaction 2011/5/31 11:42:29
  • [Technical Data] Au clusters). The simulation, in wruch the experimental bulk dielectric 2011/5/31 11:23:05
  • [Technical Data] features of virgin polyimide thin film deposited by glow discharge vapor 2011/5/31 11:22:53
  • [Technical Data] make the electrons oscillate not all with the same phase 2011/5/31 11:00:18
  • [Technical Data] interpreted [49] the results by assuming a thermodynamic 2011/5/31 10:53:24
  • [Technical Data] the relevant cluster growth mechanism. The evolution of the cluster 2011/5/31 10:53:07
  • [Technical Data] Diffusion-Limited Growth and Ostwald Ripening The nucleation stage 2011/5/31 10:37:19
  • [Technical Data] Synthesis of Metal Nanoclusters upon Usinq Ion Implantation 2011/5/31 9:53:27
  • [Technical Data] tering during annealing of gold-implanted silica The use of gold 2011/5/31 9:53:14
  • [Technical Data] the host can be largely overcome, achieving localimpurity 2011/5/30 14:39:33
  • [Technical Data] on the basis of thermodynamical considerations 2011/5/30 14:38:41
  • [Technical Data] Current density or flux: is the number of ions introduced 2011/5/30 14:38:13
  • [Technical Data] involved in the interaction process between the incident ions 2011/5/30 14:06:49
  • [Technical Data] deflections of the ion trajectory. This process is responsible 2011/5/30 14:06:37
  • [Technical Data] Glass-based composites are in general expected to play 2011/5/30 11:37:45
  • [Technical Data] experimental aspects of the optical response of metal clusters 2011/5/30 11:37:20
  • [Technical Data] Difference extinction spectra of the silver nanoparticles 2011/5/30 11:27:16
  • [Technical Data] produce a new silver nanoparticle or on a non-resonant particle to grow 2011/5/30 11:20:32
  • [Technical Data] Photocatalytic Deposition and Plasmon-Induced Dissolution 2011/5/30 11:14:46
  • [Technical Data] tened particles should be, in turn, in better contact with the 2011/5/30 10:52:13
  • [Technical Data] Polymers with mesogenic groups in the main chain 2011/5/30 10:40:05
  • [Technical Data] Photocatalytic Deposition and Plasmon-Induced Dissol-ution 2011/5/30 10:27:58
  • [Technical Data] As a matter of fact all mesophases can be quenchedinto 2011/5/30 10:20:03
  • [Technical Data] This became evident after 2011/5/30 10:15:19
  • [Technical Data] onversion (Figure 4). Considering the correlation between 2011/5/30 10:14:41
  • [Technical Data] This is in agreement with the fact that the methods for predicting 2011/5/30 10:11:43
  • [Technical Data] Comparison between calculated and experimental values 2011/5/30 10:10:07
  • [Technical Data] one for addressing the particle size distribution and the choice of 2011/5/30 10:09:59
  • [Technical Data] Aromatic condensation polymers with special structures 2011/5/30 10:08:27
  • [Technical Data] Linear unbranched condensation polymersAcontaining 2011/5/30 10:06:15
  • [Technical Data] The group increments for tlus function could be derived 2011/5/30 10:03:49
  • [Technical Data] The nature of the glass transition 2011/5/30 10:01:23
  • [Technical Data] Thermodynamics of the glass-rubber transition 2011/5/30 9:59:01
  • [Technical Data] The influence of cross-linking 2011/5/30 9:57:04
  • [Technical Data] Cross-linking increases the glass transition temperature of a polymer 2011/5/27 15:16:53
  • [Technical Data] Comparison between calculated and experimentat values 2011/5/27 15:15:01
  • [Technical Data] Aromatic condensation polymers with special structures 2011/5/27 15:12:54
  • [Technical Data] The unbranched polymethylene chain 2011/5/27 15:10:07
  • [Technical Data] THE GLASS TRANSITION TEMPERATURE 2011/5/27 15:07:50
  • [Technical Data] Transition Temperatures 2011/5/27 15:05:36
  • [Technical Data] Qualitative analysis is performed by comparing the retardation factor 2011/5/27 14:30:17
  • [Technical Data] Liquid samples should be vaporized before injection into the carrier stream 2011/5/27 14:19:10
  • [Technical Data] The movement of liquids and gases through pipelines is highly specialized and very important 2011/5/27 14:16:50
  • [Technical Data] Neutralizing stomach acids 2011/5/27 14:14:02
  • [Technical Data] Environmental Issues 2011/5/27 14:09:25
  • [Technical Data] Yet the trouble rs that too low a temperature will lower the reaction rate 2011/5/27 14:06:05
  • [Technical Data] This is paper that has been soaked in a mixture of chemicals called litmus 2011/5/27 14:04:06
  • [Technical Data] Compared with XC72R carbon, this surprisingly low adsorbing 2011/5/27 11:42:11
  • [Technical Data] following sections the large-scale preparation 2011/5/27 11:42:02
  • [Technical Data] Gold Nanoparticles: From Preparation to Catalytic 2011/5/27 11:38:07
  • [Technical Data] was used containing a low PVA amount 2011/5/27 11:37:57
  • [Technical Data] Despite the great efficiency of PVA as a stabilizer of gold 2011/5/27 11:33:27
  • [Technical Data] At room temperature and in the presence of oxygen 2011/5/27 11:33:19
  • [Technical Data] The strategy for preparing gold catalysts for 2011/5/27 11:10:41
  • [Technical Data] techniques for obtaining supported gold catalysts 2011/5/27 11:04:02
  • [Technical Data] The presence of shielding compounds interferes with 2011/5/27 11:03:51
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