Overview

Graphite

Stacks389

Followers419

Votes42

GitHub Stars6.0K

Forks1.3K

Diamond

Stacks6

Followers13

Votes2

GitHub Stars176

Forks6

Diamond vs Graphite: What are the differences?

Introduction

In the world of minerals, diamond and graphite hold unique characteristics that set them apart. Understanding their key differences can provide insight into their formation and properties.

Hardness: Diamond is known for its incredible hardness, scoring a perfect 10 on the Mohs scale. Graphite, on the other hand, is significantly softer and scores only a 1-2 on the scale. This stark contrast is due to the difference in molecular structure, with diamond composed of tightly packed carbon atoms in a crystal lattice, while graphite has a layered structure held together by weak van der Waals forces.
Electrical Conductivity: Diamond is a poor conductor of electricity due to its tightly bound electrons. In contrast, graphite has a high electrical conductivity because of its delocalized pi electrons that can easily move throughout the layers. This difference makes graphite highly useful in applications like batteries and electrical components.
Optical Properties: One of the most noticeable differences between diamond and graphite is their optical properties. Diamond is renowned for its brilliance and dispersion of light, creating the iconic sparkle that makes it a prized gemstone. On the other hand, graphite is opaque and exhibits a dull luster, reflecting its different molecular arrangement.
Uses and Applications: While diamond is valued for its beauty and durability, graphite is widely used in various industrial applications. Graphite is utilized in manufacturing lubricants, pencils, electrodes, and even as a material for nuclear reactors due to its thermal conductivity and stability at high temperatures. Diamond, on the other hand, is primarily used in jewelry and cutting tools.
Density: Diamond has a higher density compared to graphite. This difference in density is due to the crystal structure of diamond being tightly packed, whereas graphite's layered structure results in a lower density. Despite both being composed of carbon atoms, their arrangement leads to varying densities, affecting their physical properties and applications.
Formation: The formation of diamond and graphite also differs significantly. Diamond forms under immense pressure deep within the Earth's mantle, whereas graphite is formed through the metamorphism of organic materials like coal over millions of years. This variance in formation accounts for their distinct physical properties and geological occurrences.

In Summary, understanding the key differences between diamond and graphite involves examining their hardness, electrical conductivity, optical properties, uses, density, and formation, shedding light on their unique characteristics and applications in various industries.

Advice on Graphite, Diamond

Susmita

Senior SRE at African Bank

Jul 28, 2020

Needs adviceon

Grafana

Looking for a tool which can be used for mainly dashboard purposes, but here are the main requirements:

Must be able to get custom data from AS400,
Able to display automation test results,
System monitoring / Nginx API,
Able to get data from 3rd parties DB.

Grafana is almost solving all the problems, except AS400 and no database to get automation test results.

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Comments

Detailed Comparison

Graphite	Diamond
Graphite does two things: 1) Store numeric time-series data and 2) Render graphs of this data on demand	Diamond is a powerful MVC / Template Framework written in the D Programming Language. Diamond can be used to write powerful websites, webapis or as stand-alone as a template parser.
carbon - a Twisted daemon that listens for time-series data;whisper - a simple database library for storing time-series data (similar in design to RRD);graphite webapp - A Django webapp that renders graphs on-demand using Cairo	-
Statistics
GitHub Stars 6.0K	GitHub Stars 176
GitHub Forks 1.3K	GitHub Forks 6
Stacks 389	Stacks 6
Followers 419	Followers 13
Votes 42	Votes 2
Pros & Cons
Pros 16 Render any graph 9 Great functions to apply on timeseries 8 Well supported integrations 6 Includes event tracking 3 Rolling aggregation makes storage managable	Pros 1 Localization and internationalization made easy 1 Very easy to learn D-Lang when coming from C#
Integrations
Sensu Nagios Logstash Windows Server Netdata Riemann Telegraf collectd Ganglia	D

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