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(Figure 5) and monthly time series of their RMS computed over all grid points ( Figure 6). 4.1.1. Spatial Variation. [23] As described in section 2.1, the surface ...	sectional standard deviation of stock returns, as updated by Bali et al. (2005). The idiosyncratic endowment ... Eugene Fama and Kenneth French generously provided the monthly time rence in days per month. Considering low frequency variations of ... (Figure 5) and monthly time series of their RMS computed over all grid points ( Figure 6). 4.1.1. Spatial Variation. [23] As described in section 2.1, the surface ... monthly time series of their measure of the cross series of their factor returns. All errors are solely my responsibility. Correspondence to: ... and is hereafter used as a base for composing monthly time series of their frequency of occur

and monthly time series of their

11 results on the web

monthly time series of their

199 results on the web

More popular!

(Figure 5) and monthly time series of their RMS computed over all grid points ( Figure 6). 4.1.1. Spatial Variation. [23] As described in section 2.1, the surface ...

sectional standard deviation of stock returns, as updated by Bali et al. (2005). The idiosyncratic endowment ...
Eugene Fama and Kenneth French generously provided the monthly time
rence in days per month. Considering low
frequency variations of ...
(Figure 5) and monthly time series of their RMS computed over all grid points ( Figure 6). 4.1.1. Spatial Variation. [23] As described in section 2.1, the surface ...
monthly time series of their measure of the cross
series of their factor returns. All errors are solely my responsibility. Correspondence to: ...
and is hereafter used as a base for composing monthly time series of their frequency of occur