This dataset consists of shear-mechanical and dielectric data on
x-methyl-3-heptanol (x=2--6) as presented in: 

Tina Hecksher and Bo Jakobsen
"Communication: Supramolecular structures in monohydroxy alcohols: 
Insights from shear-mechanical studies of a systematic series of 
octanol structural isomers"
Journal of Chemical Physics 141, 101104 (2014).

also available as arXiv:1406.2521 [cond-mat.soft] 
(http://arxiv.org/abs/1406.2521)

All experimental information can be found in this paper.

This electronic version of the data was published on the
"Glass and time - Data repository" found at http://glass.ruc.dk/data

The authors have copyright to these data. 
The authors have given permission to "Glass and Time" to publish the
data on the "Glass and time - Data repository" web site. 

You are very welcome to use the data for further analysis, but
are requested to cite the original publication whenever use is made of
the data in publications, presentations, etc. 

Any questions regarding the data can be addressed
to boj@ruc.dk who would also appreciate a mail if you find the data useful.

____________________________________________________________________
The downloaded file contains three sub-directories, the details
are given below for each of these: 

2M3H:
	This directory contains the data shown on figure 1 in the paper
	for 2-methyl-3-heptanol
	
	each file: 2M3H_imag_XXX.dat	
	has two rows: Frequency [Hz]	Im(G'') [Pa]
	XXX in the file name indicates the temperature 
	(with period exchanged by "_" ) 

lpf:	
	This directory contains the data shown on figure 2 in the paper
	
	each file: lpf_XXX.dat
	has two rows: Temperature [K]	loss peak frequency [Hz]
	XXX in the file name indicates the substance. 

at_182_5K: 
	This directory contains the data shown on figure 3 in the paper
	all taken at 182.5K

	The directory has 4 series of data 

	each file: epsilon_imag_XXX.dat
	has two rows: Frequency [Hz]	-Im(epsilon'') 

	each file: G_imag_XXX.dat
	has two rows: Frequency [Hz]	Im(G)/G_lp

	each file: eta_real_XXX.dat 
	has two rows: Frequency [Hz]	Re(eta) [Pas]

	each file: slope_XXX.dat
	has two rows: Frequency [Hz]	d log Im(G) / d log nu

	for all files XXX in the file name indicates the substance. 


	   Last edited September 2014, Bo Jakobsen