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The Impact of Civil Case Management on Achieving Complete Dense Li1.3Al0.3Ti1.7(PO4)3 (LATP) Solid Electrolytes Synthesized
Justice in Comparative Legal Systems by Taylor–Couette Reactor for All Solid-State Nickel-Rich Lithium-

Metal Batteries

Author(s):

Author(s):
Allouzi, A. S. (Abu Dhabi University), Alomari, K. M. (Abu Dhabi University), Altarawneh, A. I. (University of Jordan)

Abdelaal, M. M. (Abu Dhabi University), Alkhedher, M. (Abu Dhabi University)
Index Terms:
Index Terms:
Product liability; Applied field; Case management; Civil case management; Civil procedure law; Emirati; Field studies; Legal
system; Private law; Research focus; United Arab Emirates; Efficiency
Cathodes; Chemical stability; Ionic conduction in solids; Ionic conductivity; Lithium alloys; Lithium batteries; Lithium
compounds; Solid state devices; Solid-State Batteries; Titanium compounds; Advanced material characterization; Advanced
Abstract:
materials; Aluminum titaniums; Battery; Cycling stability; Dense lithium aluminum titania phosphate; Electrochemical
storage; Grain-boundaries; Materials characterization; Taylor flow; Titanium phosphate; Grain boundaries; Solid electrolytes
Civil case management (CCM) has become a key mechanism in modern legal systems, aiming to enhance litigation efficiency
and achieve justice. This study examines the effectiveness of CCM in the United Arab Emirates (UAE) in comparison with the Abstract:
American legal system, which pioneered the concept. The research focuses on a hypothetical model based on the causal
relationship between CCM and achieving complete justice. The model assumes that effective CCM generates interactions Lithium aluminum titanium phosphate (LATP) is a promising solid electrolyte due to its high ionic conductivity at room
that improve the overall level of justice, provided it successfully fulfills its functions and objectives. This applied theoretical temperature, thermal and chemical stability, non-flammability, and compatibility with high-energy cathodes. However,
study is structured into three main sections. The first section examines the legal framework of the CCM and its connection LATP faces significant challenges in practical applications, including interfacial contact with electrodes, high grain boundary
to achieving justice. The second section analyzes the CCM’s role in the litigation process. The third section presents findings resistance, and dendrite formation. In this study, we develop a novel strategy to synthesize dense LATP using a Taylor–
from an applied field study conducted within the Emirati legal system, with comparative insights drawn from American Couette Reactor (TCR) for the first time. This method allows producing dense LATP with high purity from highly mixing
law. The research evaluates the legal provisions introduced by the Emirati legislator in Civil Procedure Law No. (42) of and homogenization of reactants. Compared to conventional LATP, dense LATP exhibits higher total ionic conductivity (1 ×
2022 and its predecessor, the amendment in Civil Procedure Law No. (10) of 2014, which established CCM in UAE courts. 10−4 S cm−1), a wider stability window (4.5 V versus Li/Li+), and longer cycling stability during lithium plating and stripping.
A comparison is drawn with the American Federal Civil Procedure Code, particularly since the United States was the first The relative density of dense LATP is higher than that of the conventional variant (96.2% versus 90.3%). Electrochemical
to implement CCM in its courts. The study’s theoretical and practical hypotheses explore the relationship between CCM performance testing with a lithium nickel cobalt aluminum oxide (NCA) cathode demonstrates higher capacities, particularly
and justice, focusing on how its duties and tasks influence the conduct of civil cases and the speed of their resolution. at high rates. The capacity retention of NCA at 0.5C over 100 cycles using dense LATP is 83%, significantly better than the
The findings reveal that UAE law adopts a managerial approach by entrusting case management to court officials rather 51% retention observed with conventional LATP. Ex situ XRD analysis after cycling test attributes this retention to the
than judges, unlike American law, where a judge-led system is used. This difference reflects a limitation in the powers and improved chemical stability of dense LATP being more stable than the conventional one. This study suggests that LATP is
tasks of case management in UAE courts. The applied field study confirms a significant connection between the effective economically viable and more stable for all-solid-state batteries.
performance of CCM and the achievement of justice under the civil procedure code. Based on these results, the study
highlights the need for legislative amendments to enhance the efficiency and effectiveness of CCM in the UAE.
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Abu Dhabi University | Research and Innovation Pulse Newsletter 37