Michael J. Zdilla

Temple University

H指数:27

被引数:2,883

个人简介

暂无内容

教育背景

暂无内容

工作经历

暂无内容

荣誉奖项

暂无内容

Hydrazinoacetic acid is a biosynthetic precursor of the bacterially produced nitramine, N-nitroglycine

肼基乙酸是细菌产生的亚硝胺N-亚硝基甘氨酸的生物合成前体

Applied and Environmental Microbiology

IF3.7

2026-05-010

PRE

Enhanced Li+ Ion Transport in the Channel Structure of the (HO-(CH2)5OH)2LiBH4 Molecular Crystal

在(HO-(CH2)5OH)2LiBH4分子晶体通道结构中增强的Li+离子传输

Energy & Fuels

IF0

2026-04-210

PRE

Succinonitrile3/NaPF6: A Low-Temperature Molecular Crystal and High-Concentration Electrolyte for High-Voltage Sodium Ion Batteries

琥珀腈3/NaPF6：一种适用于高电压钠离子电池的低温分子晶体和高浓度电解质

Crystal Growth & Design

IF0

2026-04-100

PRE

A stable, crystalline nitrogen chain radical

一种稳定的、结晶态的氮链自由基

Nature Chemistry

IF20.2

2026-03-310

PRE

Nanoconfined Grain Boundaries Increase the Conductivity of Polycrystalline Molecular Crystals

纳米受限晶界提高多晶分子晶体的导电性

ACS Materials Letters

IF8.7

2026-02-010

Hard–Soft Acid–Base Interactions Control Ionic Conductivity in Molecular-Crystal-Based Electrolytes

硬-软酸碱相互作用控制基于分子晶体的电解质中的离子电导率

ACS Materials Letters

IF8.7

2026-01-220

PRE

High-Density Cd/Na Mixed-Metal Energetic Coordination Polymer Constructed via In Situ Tetrazole Formation

高密度Cd/Na混合金属高能配位聚合物，通过原位四唑形成构建

Crystal Growth & Design

IF0

2026-01-010

PRE

Critical Role of Li+··· Li+ Distance and Anion Restriction in Conductivity and Lithium-Ion Transference Number of Molecular Crystals for Solid State Electrolytes

Li ·· Li距离和阴离子限制在固态电解质分子晶体的电导率和锂离子迁移数中的关键作用

Advanced Energy Materials

IF26

2025-11-200

PRE

Enhanced Activity in Layered Metal-Oxide-Based Oxygen Evolution Catalysts by Layer-by-Layer Modulation of Metal-Ion Identity

层状金属氧化物基析氧催化剂中通过逐层金属离子种类调制实现活性增强

ACS CATALYSIS

IF13.1

2025-11-010

PRE

Grain Boundary Tuning Determines Iodide and Lithium-Ion Migration in a Solid Adiponitrile-LiI Molecular Crystal Electrolyte

晶界调控决定了碘化物和锂离子在固体己二腈-碘化锂分子晶体电解质中的迁移

Mater. Horiz.

IF10.7

2025-08-150

PRE

The High-Temperature Polymorph of LiBF4 (vol 15, pg 782, 2024)

高温相LiBF4 (vol 15, pg 782, 2024)

JOURNAL OF PHYSICAL CHEMISTRY LETTERS

IF4.6

2025-05-090

PRE

Comparison of meta-GGAs, DFT plus U corrections, and hybrid functionals for polaronic point defects in layered MnO2, NiO2, and KCoO2

PHYSICAL REVIEW B

IF3.7

2024-11-200

PRE

Nanozyme-Shelled Microcapsules for Targeting Biofilm Infections in Confined Spaces

ADVANCED HEALTHCARE MATERIALS

IF9.6

2024-10-140

OAAI

Hydrocarbon Formation from Syngas with In-Operando Monitoring of Cobalt- and Manganese-Based (pre)Catalysts Using X-ray Diffraction

ACS OMEGA

IF4.3

2024-06-250

OAAI

Chimeric Amphiphilic Disinfectants: Quaternary Ammonium/Quaternary Phosphonium Hybrid Structures

CHEMMEDCHEM

IF3.4

2024-03-144

PRE

High-Energy-Density Material with Magnetically Modulated Ignition

具有磁调制点火的高能量密度材料

JOURNAL OF THE AMERICAN CHEMICAL SOCIETY

IF15.6

2024-02-081

PRE

Metal-Free Reversible Double Cyclization of Cyanuric Diazide to an Asymmetric Bitetrazolate via Cleavage of the Six-Membered Aromatic Ring

INORGANIC CHEMISTRY

IF4.7

2024-01-231

PRE

Titanium(II) as a Fuel Atom in Energetic Materials

INORGANIC CHEMISTRY

IF4.7

2023-06-020

PRE

A soft co-crystalline solid electrolyte for lithium-ion batteries

一种用于锂离子电池的软共晶固体电解质

NATURE MATERIALS

IF38.5

2023-04-1337

Mechanism of Ion Conduction and Dynamics in Tris(N,N-dimethylformamide) Perchloratosodium Solid Electrolytes

JOURNAL OF PHYSICAL CHEMISTRY C

IF3.2

2022-03-024

PRE

Michael J. Zdilla

个人简介

教育背景

工作经历

荣誉奖项

研究方向