fix: managed resource typo

Signed-off-by: peefy <xpf6677@163.com>

Author: Peefy

blog/2024-03-04-crossplane-marketplace-kcl/index.md

@@ -39,11 +39,11 @@ Combining KCL with Composition Functions offers several benefits:
 
 There are two ways to combine KCL and Crossplane:
 
-- One involves using KCL to write Crossplane composite functions and install them for use in a cluster, still using YAML to define the schema and input required by the app team. KCL is used to write rendering logic to Crossplane Manged Resource to interface with different cloud platforms or Kubernetes clusters. **Note: This approach can install KCL functions for use in the cluster and also use the crossplane beta render command to complete Managed Resource rendering directly on the client.**
+- One involves using KCL to write Crossplane composite functions and install them for use in a cluster, still using YAML to define the schema and input required by the app team. KCL is used to write rendering logic to Crossplane Managed Resource to interface with different cloud platforms or Kubernetes clusters. **Note: This approach can install KCL functions for use in the cluster and also use the crossplane beta render command to complete Managed Resource rendering directly on the client.**
 
 ![crossplane-kcl-func](/img/blog/2024-03-04-crossplane-marketplace-kcl/crossplane-kcl-func.png)
 
-- The other method involves using KCL to entirely provide abstractions for application developers on the client side and generating Crossplane managed resources to deploy to a cluster, providing a unified programmable access layer for Kubernetes. Specific usage defines the schema input required by the app team using KCL Schema and writes the logic to render it to Crossplane Manged Resource to interface with different cloud platforms or Kubernetes clusters.
+- The other method involves using KCL to entirely provide abstractions for application developers on the client side and generating Crossplane managed resources to deploy to a cluster, providing a unified programmable access layer for Kubernetes. Specific usage defines the schema input required by the app team using KCL Schema and writes the logic to render it to Crossplane Managed Resource to interface with different cloud platforms or Kubernetes clusters.
 
 ![kcl-on-crossplane](/img/blog/2024-03-04-crossplane-marketplace-kcl/kcl-on-crossplane.png)
 

i18n/zh-CN/docusaurus-plugin-content-blog/2024-03-04-crossplane-marketplace-kcl/index.md

@@ -39,11 +39,11 @@ Crossplane 及其组合模型允许开发人员创建更高级别的抽象，这
 
 有两种将 KCL 和 Crossplane 结合使用的方式
 
-- 一种是使用 KCL 编写 Crossplane 组合函数并安装到集群使用，仍然采用 YAML 来定义 App Team 所需的 Schema 和输入，使用 KCL 撰写渲染逻辑到 Crossplane Manged Resource 的逻辑以对接不同的云平台或者 Kubernetes 集群。**需要注意的是：这种方式既可以将 KCL 函数安装到集群中使用，也可以使用 crossplane beta render 命令直接在客户端完成 Manged Resource 的渲染。**
+- 一种是使用 KCL 编写 Crossplane 组合函数并安装到集群使用，仍然采用 YAML 来定义 App Team 所需的 Schema 和输入，使用 KCL 撰写渲染逻辑到 Crossplane Managed Resource 的逻辑以对接不同的云平台或者 Kubernetes 集群。**需要注意的是：这种方式既可以将 KCL 函数安装到集群中使用，也可以使用 crossplane beta render 命令直接在客户端完成 Managed Resource 的渲染。**
 
 ![crossplane-kcl-func](/img/blog/2024-03-04-crossplane-marketplace-kcl/crossplane-kcl-func.png)
 
-- 另外一种是使用 KCL 完全在客户端提供面向应用开发者的抽象并生成 Crossplane 托管资源下发到集群，提供 Kubernetes 的统一可编程接入层，具体使用 KCL Schema 规定 App Team 所需的 Schema 输入，并撰写渲染到 Crossplane Manged Resource 的逻辑以对接不同的云平台或者 Kubernetes 集群
+- 另外一种是使用 KCL 完全在客户端提供面向应用开发者的抽象并生成 Crossplane 托管资源下发到集群，提供 Kubernetes 的统一可编程接入层，具体使用 KCL Schema 规定 App Team 所需的 Schema 输入，并撰写渲染到 Crossplane Managed Resource 的逻辑以对接不同的云平台或者 Kubernetes 集群
 
 ![kcl-on-crossplane](/img/blog/2024-03-04-crossplane-marketplace-kcl/kcl-on-crossplane.png)