The 800 K Isothermal Section of the Y—Al—Sb Phase Diagram.

Zeng, Lingmin; Wang, Shouyu

doi:10.1002/chin.200341023

Cited by 3 publications

(5 citation statements)

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“…Two isothermal sections at 527 and 500°C and a liquidus projection were computed by [2009Zha]. The computed isothermal section at 527°C agrees with that determined experimentally by [2003Zen]. The computed isothermal section at 500°C is shown in Fig.…”

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confidence: 68%

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Al-Sb-Y (Aluminum-Antimony-Yttrium)

Raghavan¹

2009

J. Phase Equilib. Diffus.

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In the previous work on this ternary system, two isothermal sections have been reported: at 500°C by [1971Mur] and at 527°C by [2003Zen]. The latter study was reviewed briefly by [2008Rag]. Recently, [2009Zha] reported a thermodynamic assessment of this system. Binary SystemsThe Al-Sb phase diagram depicts the stoichiometric compound AlSb (B3, Sphalerite-type cubic Computed Ternary Phase Equilibria[2009Zha] described the liquid, fcc, bcc, cph and rhombohedral phases as substitutional solutions. The binary compounds were treated as stoichiometric phases. The solubility of Al up to 27 at.% in Sb 3 Y 5 was taken into account. The binary descriptions were used from the literature data. The ternary interaction parameters were set to zero. The optimized parameters were listed. Two isothermal sections at 527 and 500°C and a liquidus projection were computed by [2009Zha]. The computed isothermal section at 527°C agrees with that determined experimentally by [2003Zen]. The computed isothermal section at 500°C is shown in Fig. 1

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supporting

confidence: 68%

“…

In the previous work on this ternary system, two isothermal sections have been reported: at 500°C by [1971Mur] and at 527°C by [2003Zen]. The latter study was reviewed briefly by [2008Rag].

…”

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confidence: 99%

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Al-Sb-Y (Aluminum-Antimony-Yttrium)

Raghavan¹

2009

J. Phase Equilib. Diffus.

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“…GeV, even though this is based on only 2.2 fb −1 of integrated luminosity. From past experience one anticipates that the systematic error should scale roughly with statistics [37]. With the full data set based on 10 fb −1 one can therefore reasonably expect the total CDF error of 19 MeV to shrink to at least 13 MeV, or even further if there is also progress regarding production theory, namely parton distribution functions (PDFs) and QED radiation.…”

Section: The On-shell Weak Mixing Angle From the W And Z Boson Massesmentioning

confidence: 99%

The weak neutral current

Erler

2013

Progress in Particle and Nuclear Physics

120

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This is a review of electroweak precision physics with particular emphasis on low-energy precision measurements in the neutral current sector of the electroweak theory and includes future experimental prospects and the theoretical challenges one faces to interpret these observables. Within the minimal Standard Model they serve as determinations of the weak mixing angle which are competitive with and complementary to those obtained near the Z-resonance. In the context of new physics beyond the Standard Model these measurements are crucial to discriminate between models and to reduce the allowed parameter space within a given model. We illustrate this for the minimal supersymmetric Standard Model with or without R-parity.

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“…As expected, the mean diameters of the second-generation samples were lower than those of the third-generation ones, with decimal differences supposedly depending on the number and type of amino acids present on the periphery but in any case they were within the 3-4 nm range and comparable to the values reported for PAMAMs-NH 2 of the same generations. [82][83][84] Some differences were instead observed for the surface charge of the examined samples that were found within the 5.3-5.9 mV range. If zeta potentials of samples 30, 31 and 37 were sufficiently in agreement with G3-PAMAMs-NH 2 literature data, 82 zeta potentials of second-generation samples 26 and 27 were significantly lower than G2-PAMAMs-NH 2 literature data.…”

Section: Dls and Zeta Potentialmentioning

confidence: 99%

Synthesis and characterization of versatile amphiphilic dendrimers peripherally decorated with positively charged amino acids

Alfei

Catena

2018

Polymer International

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Dendrimers are nanostructured ‘architectural motifs’ with a well‐tailored polymeric structure, symmetric tree‐like shape and the presence of several functional groups and inner cavities, and are of eminent interest in many biomedical applications such as drug delivery, gene transfection and imaging. In the work reported, reliable protocols for the synthesis of polyester‐based, hydrolysable, amphiphilic polycationic dendrimers were developed. A C‐18 hydrocarbon chain provided by a biocompatible fatty acid, stearic acid, and second‐ and third‐generation dendrons based on 2,2‐bis(hydroxymethyl)propionic acid were built on 2,2‐bis(hydroxymethyl)propanol and pentaerythritol as core molecules. αN‐BOC‐ω'N‐(NO2)‐l‐arginine alone, mixed with αN,ϵN‐di‐BOC‐l‐lysine or also with N,N′‐dimethylglycine and αN‐BOC‐methylglycine were successfully bound to the prepared polyester neutral scaffolds and, after the removal of protecting groups, five cationic dendrimers were obtained. Their structure was confirmed using NMR analysis and experimental molecular weight. Their buffer capacity, comparable to that of polyethyleneimines, was optimal, high viability percentage values were obtained from cytotoxicity assays and zeta potential and mean particle size were in the desired ranges. The synthesized nanostructured compounds that harmonize a multifunctional polycationic shell, a biodegradable uncharged polyester matrix and a C‐18 hydrophobic portion helpful for an improved hydrophilic–lipophilic balance in their structure embody all the fundamental features to be suitable for biomedical applications. © 2018 Society of Chemical Industry

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The 800 K Isothermal Section of the Y—Al—Sb Phase Diagram.

Cited by 3 publications

References 1 publication

Al-Sb-Y (Aluminum-Antimony-Yttrium)

Al-Sb-Y (Aluminum-Antimony-Yttrium)

The weak neutral current

Synthesis and characterization of versatile amphiphilic dendrimers peripherally decorated with positively charged amino acids

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