3,890 research outputs found
Ryan, Albert (Birth, 1887-04-27)
No full textAddress: 213 Front St.2073/Pg.50/1887/M W/Am./Ger./Mrs. Mueller, Mid.Original record filed in drawer labeled 'Runk-Ryan'
Examining Employee Perceptions of Organizational Culture and Its Impact on Their Engagement: A Qualitative Case Study
No full text2024AbstractThe exploration of organizational culture and employee engagement has been a focal point of scholarly attention over the past two decades. However, there remains a notable gap in research concerning employees' perceptions of how organizational culture directly shapes their engagement. To address this void, a qualitative case study approach was applied, delving into these perceptions within a for-profit, mid-sized financial institution located in the Midwest region of the United States. Through audio recorded interviews, the study aimed to explore the correlation between organizational culture and employee engagement among eligible participants employed at the same location. The results underscore that, amidst the inherent volatility of the financial sector, achieving heightened levels of employee engagement is feasible, particularly when communication between management and staff is transparent and consistently maintained. This highlights the indispensable role of leadership in shaping organizational culture and influencing the dynamics of employee engagement, emphasizing the significance of this relationship within the studied context.
Keywords: Organizational culture, Employee engagement, Leadership, Communication, Qualitative, Case study researc
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3370: James Mueller
No full textPhotograph of author Jim Mueller, professor in the Mayborn school of Journalism at UNT, posing with his book, "Shooting Arrows and Slinging Mud"
The Social Ladder: Economic Opportunity and Social Mobility
No full textThe American dream the core of embodiment of America. What were to happen if it no longer existed? What would happen if the American dream was just a dream? Don’t expect me to answer the questions here. All the answers are on the The Social Ladder where we answer all these questions more. Featuring; Nick Thouvenot, Nick Padilla, Andrew Mueller, Ryan Bettlach, and Michael Adair
Data for "Mueller Matrix Extrapolations from Linear Partial Polarimetry"
No full textTo demonstrate our method for extrapolating full, depolarizing Mueller matrices from fewer than 16 measurements, we measured an ensemble of roughened plastic bricks using a Mueller imaging polarimeter and a linear Stokes camera. The Mueller matrix images from the Mueller imaging polarimeter and the images taken with four polarizer orientations from the linear Stokes camera are included.
For inquiries regarding the contents of this dataset, please contact the Corresponding Author listed in the README.txt file. Administrative inquiries (e.g., removal requests, trouble downloading, etc.) can be directed to [email protected]</p
Sensitivity of the Mueller matrix to the optical and microphysical properties of cirrus clouds
No full textAn adding-doubling method is employed to calculate the reflected Stokes
parameters for cirrus cloud layers composed of different habits and effective sizes. The
elements of the Mueller matrix are determined from the reflected Stokes parameters by
considering four different incident polarization states. The sensitivity of these elements is
observed by comparing different ice crystal habits, effective sizes, and optical depth. The
Mueller elements are strongly dependent on habit. The three habits, aggregate, bullet
rosette, and plate, are observed and the
M12/M11,M43/M11 and M44/M11 elements are discussed. The wavelength used is 0.532������m, which is the lidar wavelength used on
the CALIPSO satellite. The linear depolarization ratio is also discussed. The method of
subtracting the two depolarization ratios, is noted as another way to possibly better distinguish ice crystal habits.
The sensitivity of the Mueller matrix to effective size is also observed. For three
size distributions, the Mueller elements indicate no strong dependence. This may be due
to the assumption of randomly oriented ice. Also, using an absorbing wavelength might
provide dependence. Finally, the Mueller elements are dependent on optical depth. For a
greater optical depth, the strength of reflection increases while the polarization decreases.
As the optical depth increases, any peak-like features become non-existent
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