Materials Science & Chemistry Collection

The **Materials Science & Chemistry Collection** data product from Springer Nature offers a meticulously curated set of scholarly journals and ebooks, and domain-specific data, including semiconductor specifications, covering both fundamental and applied research.

This extensive portfolio features **over 380 journals and ebooks from Nature, Springer, and BMC**, spanning materials science, nanoscience, nanotechnology, and related fields, providing access to publications **from 2020 to 2024**.

**Key Journals Included:**

- **Nature Reviews Materials (Impact Factor: 79.8):** Publishes authoritative reviews and perspectives across the spectrum of materials science, from materials design and synthesis to their use in devices and real-life applications. 

- **Nature Nanotechnology (Impact Factor: 38.1):** An interdisciplinary journal publishing high-quality, significant papers in all areas of nanoscience and nanotechnology, covering the design, characterization, and production of structures, devices, and systems at atomic, molecular, and macromolecular scales. 

- **Nature Materials (Impact Factor: 37.2):** Covers all applied and fundamental aspects of the synthesis, processing, structure, composition, properties, and performance of materials, focusing on substances in condensed states (liquid, solid, colloidal) designed or manipulated for technological purposes. 

This robust resource is designed for seamless ingestion and analytics in Snowflake, enabling you to uncover emerging trends, optimize R&D, and drive breakthroughs in materials innovation. By integrating validated, regularly updated insights, you can refine strategies, accelerate discoveries, and stay at the forefront of scientific progress.

Explore the properties, synthesis, and applications of materials and chemicals to develop solutions in semiconductors, steel, energy, chemistry, and more.

# Our Workflow: Tailored to Empower Your Research and Innovation

At Springer Nature, we focus on delivering accessible, scalable, and impactful data solutions designed for a diverse range of users and fields.The steps include:

- **Needs Analysis:** Completion of the needs analysis to understand your requirements.
- **Consultation:** Engage in a full consultation with our experts to tailor the best solution for you.
- **Customer Proposal:** Receive a tailored proposal, including pricing and licensing terms, to match your goals.
- **Flexible License Terms:** Review of terms to suit your specific needs (e.g., legal changes, vendor approvals).
- **Implementation and Delivery:** Seamless onboarding, setup, and delivery of your chosen solution, with full support and training.

# Tables & Fields

**ARTICLES_CHAPTERS_FULLTEXT**

Contains full text for articles, linked by DOI to metadata

DOCUMENT_ID

DOI

FULL_TEXT

**ARTICLES_CHAPTERS_METADATA**

Chapter/Articles Metadata Springer Nature Journal and Book corpus with DOI as primary key

ABSTRACT_LANG

ABSTRACT_TEXT

BOOKCATEGORY

CLASSIFICATIONS

CONTAINER_ID

CONTAINSESM

COPYRIGHT_YEAR

DOCTYPE

DOCUMENT_ACCEPTED

**ARTICLES_CHAPTERS_KEYWORDS**

Chapter/Articles keywords by source and language; linked by DOI to metadata

DOI

KEYWORD

KEYWORD_LANGUAGE

KEYWORD_SOURCE

**ARTICLES_CHAPTERS_AUTHORS**

Chapter/Articles Author Information, linked by DOI to metadata

CORRESPONDING

DOCUMENT_ID

DOI

FAMILY_NAME

GIVEN_NAME

LOCATION

NAME

ORCID

SEQUENCE

**ARTICLES_CHAPTERS_ERRATA**

Errata for Chapters and Articles

CATEGORY

DOCTYPE

DOI

PUBLISHED_ON

RELATED_DOI

RELATED_DOITYPE

# **Access and Licensing Terms**

Access to Springer Nature data via Snowflake is governed by a separate agreement and is not automatically granted. Please note the following:

- **No data will be made available via Snowflake** until our licensing terms have been formally accepted.
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- In the event of any discrepancy between Snowflake’s terms and Springer Nature Terms, **Springer Nature Terms shall prevail.**

For access and licensing, please contact us directly.

**施普林格自然（Springer Nature）推出的《材料科学与化学馆藏数据集》（Materials Science & Chemistry Collection）是一套精心遴选的学术期刊、电子书及领域专属数据集，涵盖半导体规格参数等内容，覆盖基础与应用研究范畴。

该庞大资源库包含来自《自然》（Nature）、施普林格（Springer）与BMC的380余种期刊与电子书，覆盖材料科学、纳米科学、纳米技术及相关领域，可获取2020年至2024年的出版物。

## 收录核心期刊：
- **《自然综述：材料》（Nature Reviews Materials，影响因子（Impact Factor）：79.8）**：刊载材料科学全领域的权威综述与前沿观点，涵盖从材料设计、合成到器件应用及实际落地场景的全部范畴。
- **《自然纳米技术》（Nature Nanotechnology，影响因子（Impact Factor）：38.1）**：该跨学科期刊刊载纳米科学与纳米技术全领域的高质量重磅研究论文，涵盖原子、分子及大分子尺度下的结构、器件与系统的设计、表征与制备。
- **《自然材料》（Nature Materials，影响因子（Impact Factor）：37.2）**：涵盖材料合成、加工、结构、组分、性能及表现的全部基础与应用研究方向，聚焦为技术应用而设计或改性的凝聚态物质（液态、固态、胶体）。

该优质资源专为在Snowflake平台中实现无缝接入与分析而打造，助力用户挖掘新兴趋势、优化研发流程、推动材料创新领域的突破性进展。通过整合经过验证且定期更新的研究洞察，用户可优化研发策略、加速科研发现，并始终站在科学进步的前沿。

可探索材料与化学品的性能、合成及应用场景，为半导体、钢铁、能源、化学等领域开发解决方案。

# 服务流程：专为赋能您的科研与创新打造
施普林格自然始终致力于为不同领域的各类用户提供易用、可扩展且具有高影响力的数据解决方案，具体流程如下：
- **需求调研**：完成需求调研，充分了解您的具体需求。
- **专家咨询**：与我们的专业团队开展全面咨询，为您定制最优解决方案。
- **定制方案**：获取匹配您目标的定制化方案，其中包含定价与许可条款。
- **灵活许可条款**：根据您的具体需求（如法规变更、供应商审批等）调整许可条款。
- **实施与交付**：为您所选方案提供无缝的上线、配置与交付服务，并提供全流程支持与培训。

# 数据表与字段
## ARTICLES_CHAPTERS_FULLTEXT
包含文章全文内容，通过数字对象标识符（DOI）与元数据关联
- DOCUMENT_ID：文档ID
- DOI：数字对象标识符
- FULL_TEXT：全文内容

## ARTICLES_CHAPTERS_METADATA
施普林格自然期刊与图书库的章节/文章元数据，以DOI作为主键
- ABSTRACT_LANG：摘要语言
- ABSTRACT_TEXT：摘要文本
- BOOKCATEGORY：图书分类
- CLASSIFICATIONS：分类信息
- CONTAINER_ID：容器ID
- CONTAINSESM：保留原字段名
- COPYRIGHT_YEAR：版权年份
- DOCTYPE：文档类型
- DOCUMENT_ACCEPTED：文档接收日期

## ARTICLES_CHAPTERS_KEYWORDS
按来源与语言分类的章节/文章关键词，通过DOI与元数据关联
- DOI：数字对象标识符
- KEYWORD：关键词
- KEYWORD_LANGUAGE：关键词语言
- KEYWORD_SOURCE：关键词来源

## ARTICLES_CHAPTERS_AUTHORS
章节/文章作者信息，通过DOI与元数据关联
- CORRESPONDING：通讯作者标识
- DOCUMENT_ID：文档ID
- DOI：数字对象标识符
- FAMILY_NAME：作者姓氏
- GIVEN_NAME：作者名字
- LOCATION：所属机构/地点
- NAME：作者姓名
- ORCID
- SEQUENCE：作者排序顺序

## ARTICLES_CHAPTERS_ERRATA
章节与文章的勘误信息
- CATEGORY：分类
- DOCTYPE：文档类型
- DOI：数字对象标识符
- PUBLISHED_ON：发布日期
- RELATED_DOI：关联DOI
- RELATED_DOITYPE：关联文档类型

# 访问与许可条款
通过Snowflake平台访问施普林格自然数据集需签署单独协议，不会自动授予访问权限。请注意以下事项：
- **在正式接受我方许可条款前，不会通过Snowflake平台提供任何数据**。
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- **所有服务级别承诺、产品服务与商业条款**均由施普林格自然独家制定。
- 若Snowflake的条款与施普林格自然条款存在任何冲突，**以施普林格自然条款为准**。

如需申请访问与许可，请直接联系我方。

搜集汇总

背景与挑战

背景概述

该数据集是Springer Nature精选的材料科学与化学领域学术资源库，涵盖380多种期刊和电子书，包含全文、元数据等多维数据表，需通过正式许可协议访问。