Comment on “Polymer localization in attractive random media” [J. Chem. Phys. 109, 10011 (1998)]

Comment on " Surface diffusion near the points corresponding to continuous phase transitions " [ J . Chem . Phys . 109 , 3197 ( 1998 )

Response to ‘ ‘ Comment on ‘ A 250 GHz ESR study of o - terphenyl dynamic cage effects above TC ’ ’ ’ † J . Chem . Phys . 109 , 10523 „ 1998 ... ‡

Giordano and Leporini’s comment ~GL! on our paper ‘‘A 250 GHz ESR study of o-terphenyl: Dynamic cage effects above TC’’ by Earle and co-workers ~EMPF! gives us an opportunity to clarify some issues related to the data analysis performed and conclusions drawn. The first point we wish to address is the role of the rotational correlation function ~RCF! in calculating the mean rotational correlatio...

Comment on "Unified explanation of the anomalous dynamic properties of highly asymmetric polymer blends" [J. Chem. Phys. 138, 054903 (2013)].

In a recent paper by Ngai and Capaccioli ["Unified explanation of the anomalous dynamic properties of highly asymmetric polymer blends," J. Chem. Phys. 138, 054903 (2013)] the authors claimed that the so-called coupling model (CM) provides a unified explanation of all dynamical anomalies that have been reported for dynamically asymmetric blends over last ten years. Approximately half of the pap...

Comment on "The dependence of homogeneous nucleation rate on supersaturation" [J. Chem. Phys. 141, 024307 (2014)].

Comment on "Effective field parameters in iron Mössbauer spectroscopy" [J. Chem. Phys. 47, 961 (1967)].

While the Mössbauer spectrum of a magnetically ordered powder sample can be used to determine the direction of the local hyperfine field (Bhf) in the coordinate system defined by the electric field gradient (efg) tensor, the spectrum of an oriented single-crystal provides a direct measurement of the angle between the absorbed or emitted γ and Bhf, primarily through the observed line intensities...