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1 by using monodentate dibutyl ether with both low melting and high boiling points as the sole solvent.
2 , a significant push (repulsion) between the low-melting and high-melting lipids, and a significant p
3 ect of fluoride ions on Nd metal recovery in low-melting chloride-based electrolytes, promising effic
4 the initial stages of arc rifting due to the low melting degree and being consumed during the process
5                              A series of six low-melting DNA hairpins containing all or part of the 5
6 ons created by Pfu DNA polymerase in a 96-bp low melting domain of a human mitochondrial sequence des
7 e amorphous phase are achieved, as well as a low melting energy.
8                    Metal flux synthesis in a low-melting eutectic mixture of lanthanum and nickel has
9 imited extent in Ag 0.51K 0.42Na 0.07NO 3, a low-melting eutectic mixture of silver, potassium, and s
10  poly(triazine imide).LiCl (PTI/LiCl) with a low-melting FeCl(2)/KCl flux, followed by anaerobic rins
11                                          The low-melting ferritin subdomains are pores, based on perc
12                           The observation of low-melting ferritin subdomains by CD spectroscopy (melt
13 nges were associated with an increase in the low-melting fraction and the crystal lamellar thickness,
14                                Palm olein, a low-melting fraction of palm oil, and soy oil can be com
15 tract alone or combined with high-melting or low-melting lecithins.
16 g lipids, and a significant push between the low-melting lipids and cholesterol.
17  the solubilization, whereas the addition of low-melting lipids promoted it.
18 in bilayers composed of high-melting lipids, low-melting lipids, and cholesterol, corresponds to a st
19 trate that combining a range of linkers with low-melting metal halide (hydrate) salts leads directly
20 opportunities for direct BaTiO3 formation on low-melting or reactive materials (e.g., plastics, cloth
21 ical relations with volumes of ions in these low-melting organic salts.
22 f cholesterol and an exchangeable mimic of a low-melting phospholipid in liquid-disordered bilayers c
23 the regular battery configuration due to its low melting point (180.5 degrees C) and high reactivity,
24 iodegradable Mg alloys is challenging due to low melting point (650 degrees C), occurrence of chatter
25 ed plate like scales consisting of layers of low melting point alloy (LMPA) phase change materials fu
26  in a tapered glass micropipet filled with a low melting point alloy.
27 ionic conductivity, low solvation energy and low melting point and form an anion-derived inorganic in
28 if one or more of the powder reactants has a low melting point and low thermal effusivity, it is poss
29 iously available Cd precursors, owing to the low melting point and robust thermal stability.
30            The outermost metal layers form a low melting point Bi(33.7)In(66.3) solder shell (72 degr
31 irrespective of whether this was the high or low melting point component of the mixture.
32 at the large size (5-50 microm in diameter), low melting point gallium droplets can be used as an eff
33  the native interfacial metal oxide layer of low melting point metal precursors (group III and IV) in
34 ZITO) because of its superior volatility and low melting point of 64 degrees C.
35             Further, the material features a low melting point of around 65 degrees C, which enables
36 e induced by heating for metallic NPs with a low melting point or a high organic content.
37 int) solvents need to be mixed with suitable low melting point supporting electrolytes (e.g., ionic l
38 ted to surface restructuring caused by their low melting point upon laser irradiation.
39 s operating at low temperatures due to their low melting point.
40  the beads are coated with a solder having a low melting point; (iv) the polymer rods-with embedded b
41         These include the use of bismuth for low-melting point alloys for shells, thin-walled aluminu
42 g nanowire via a liquid catalyst, commonly a low-melting point eutectic alloy.
43 ion high-temperature materials to bypass the low-melting point limitation of eutectic alloys and diff
44 n of several functional particles, including low-melting point metallic particles, self-propelling Ja
45 ype of frit is found superior to one made of low-melting point poly(styrene-co-divinylbenzene) beads.
46 try approach for chemical depth profiling of low-melting point, high surface roughness SnAg solder bu
47      Binary mixtures of liquid metal (LM) or low-melting-point alloy (LMPA) in an elastomeric or flui
48 acids were present on powder surface whereas low-melting-point fatty acids remained within powder par
49                       High-melting-point and low-melting-point lipids were tested to modulate their p
50 a distillation-like process is observed: the low-melting-point metal (Pt) bleeds out and the increasi
51                                 Here we show low-melting-point metal alloys containing iron dispersio
52                          We demonstrate that low-melting-point metals, such as Ga, can effectively pr
53               The design of this conductive, low-melting-point sulfur iodide material represents a su
54  a low temperature of 650 degrees C by using low-melting-point ternary molten salts CaCl2 -MgCl2 -NaC
55 -point, high-voltage metal (antimony) with a low-melting-point, low-cost metal (lead) advantageously
56 are highly inviscid liquids characterized by low melting points and high solubility of rare earth ele
57                   Thermal analysis confirmed low melting points and high stability, supporting their
58                                          The low melting points and high thermal stabilities of PILs
59 icient strengths at high temperatures due to low melting points and microstructural instabilities.
60  low vapor pressure, high thermal stability, low melting points, and ability to promote a favorable s
61  pressures, exceptional thermal stabilities, low melting points, as well as provide a favorable envir
62 a class of non-molecular ionic solvents with low melting points.
63 utions: (i) negligible vapor pressures; (ii) low melting points; (iii) high thermal stabilities.
64  Although known systems yielded amorphous or low-melting polymers, the "sandwich" alpha-diimines 3-6
65 ields of new thermally stable and relatively low melting quaternary salts.
66          These waves weaken the Amundsen Sea Low, melting sea ice due to enhanced shortwave radiation
67  plasmonically active, and is a component in low-melting solders and solid-state lubricants.
68 hibit an unusual confluence of exceptionally low melting temperature (175 degrees C) and inhibited cr
69 high melting temperature (saturated) lipids, low melting temperature (usually unsaturated) lipids, an
70 OPH) on the cell surface were immobilized in low melting temperature agarose on a nylon membrane and
71 the poor chemical recyclability but also the low melting temperature and mechanical performance of th
72  (NaCl) crystals, a well-studied sample with low melting temperature and quantum super-shells of clus
73 lenebis(acetamide)], which features a record-low melting temperature for a three-dimensional metal-or
74 nary lipid bilayers composed of a high and a low melting temperature lipid and cholesterol represent
75 main features that provide insights into the low melting temperature of alpha1(V)alpha2(V)alpha3(V) h
76                    Because of the relatively low melting temperature of the 20-mer hairpin (341 K (68
77  we show this inference is incorrect for the low melting temperature phosphatidylcholines abundant in
78 h is 8 (DLPC/DAPC), the concentration of the low melting temperature phospholipid component in the so
79 hase domains, the local concentration of the low melting temperature phospholipid component increases
80 an intrinsic lack of strength, ductility and low melting temperature severely restricts practical app
81 mposed of ternary mixtures of a lipid with a low melting temperature, a lipid with a high melting tem
82 howed abnormal electrophoretic migration and low melting temperature.
83 a template walking mechanism using a pair of low-melting temperature (Tm) solid-surface homopolymer p
84  bilayers composed of a ternary mixture of a low-melting temperature lipid, a high-melting temperatur
85 ane (Ni, Pt, Pd), when dissolved in inactive low-melting temperature metals (In, Ga, Sn, Pb), produce
86 mically active, low-thermal conductivity and low-melting temperature semiconducting tellurium filamen
87         Herein we report glass formation for low-melting-temperature 1-MeHa(2)PbI(4) (1-MeHa = 1-meth
88                                          The low melting temperatures of these compounds are the resu
89       Ionic liquids (ILs, organic salts with low melting temperatures) and deep eutectic solvents (DE
90 of complex crystal structures with unusually low melting temperatures, reaching as low as 300 K at 11
91 ed have potential applications, due to their low melting temperatures, wide temperature ranges, and s
92  is most favorable in thinner membranes with low melting temperatures.
93 lted in amorphous materials or polymers with low melting temperatures.
94 of bis(acetamide)-based networks with record-low melting temperatures.
95                                  A series of low-melting, thermally stable cadmium metal-organic chem