Sentence examples for mn values of from inspiring English sources

Otherwise, reactions performed with n-butane provided yields above 80wtt%, Mn values of 25.4 kDa and Đ in the range of 1.4 1.6, also obtained for 15 min of reaction.

The Mn values of the living and star polymers were 8.1×103 and 5.3×104, respectively, according to gel permeation chromatography, while these values determined by multi-angle laser light scattering (MALLS) were 7.8×103 and 2.5×105.

The Mn values of the HBPA increased in proportion to the feed ratio of monomer to the initiator, with retention of low polydispersity (Mn = 6120 42200, Mw/Mn = 1.10 1.20).

The pure effects of branching architecture on crystallization and thermal properties were investigated using linear 2-arm and branched 4-arm poly l-lactide) (2L and 4L, respoly l-lactideymers having a wide range of number-average molecular weight (Mn) values of 5.0 × 103–6.0 × 104 g mol−1.

This trend is different from that of the PLLA homopolymers where the G values increased monotonically with a decrease in Mn, but seems to be caused by the upper critical Mn values of PLLA and PDLA chains as in the case of PLLA/PDLA blends (in other papers), above which homo-crystallites are formed in addition to stereocomplex crystallites.

GPC analysis indicated that PEDOTh-C6 (Ni) had Mn and Mw of 5400 and 8500 (vs polystyrene standards); 1H NMR analysis gave an Mn value of 11,000.

BBTI-1 was obtained with a molecular weight (Mn) of 64 kDa and a polydispersity index (PDI) of 1.99, while BBTI-2 had an Mn value of 75 kDa (PDI 2.11).

The Mw/ Mn value of only 1.16 for laboratory-scale PLLA results in a very homogeneous material where there are more restricted access for water molecules to penetrate and induce hydrolysis.

Another shape index parameter such as mean patch fractal dimension (FRAC-MN) values of the three images showed a negligible difference and a value greater than one in all land use classes (Tables 4 and 5).

The molar mass changes were also used to estimate the average hydrolytic degradation rate constant (k) values, cf. Equation 2. These were calculated from the logarithmic Mn values as a function of degradation time.

The transverse and longitudinal displacement range (not counting end-effectors) is over 460 μm and 40 μm respectively, while still generating high forces typically in the range of 16.5 48.2 mN, values which are significantly higher than in the case of regular Lead Zirconate Titanate (PZT) ceramics.