diff --git a/content/en/docs/DatabaseOMGuide/performance-deterioration-caused-by-dirty-page-flushing-efficiency-during-tpc-c-high-concurrency-long-term-stable-running.md b/content/en/docs/DatabaseOMGuide/performance-deterioration-caused-by-dirty-page-flushing-efficiency-during-tpc-c-high-concurrency-long-term-stable-running.md
index 10c7ce51e8d766956c1a492d29214b7b5f0b72fb..d329b4d26f0a1bd587097a0ef3c1c217d8ca3254 100644
--- a/content/en/docs/DatabaseOMGuide/performance-deterioration-caused-by-dirty-page-flushing-efficiency-during-tpc-c-high-concurrency-long-term-stable-running.md
+++ b/content/en/docs/DatabaseOMGuide/performance-deterioration-caused-by-dirty-page-flushing-efficiency-during-tpc-c-high-concurrency-long-term-stable-running.md
@@ -11,7 +11,7 @@ Generally, you can analyze the specific cause by checking the process status and
 ## Solution<a name="en-us_topic_0283136782_section12323144814214"></a>
 
 1. Reduce the concurrency or increase the value of **shared_buffers**.
-2. Adjust dirty page parameters. In scenarios where doublewrite is enabled, you can adjust parameters such as **page\_writer\_sleep** (downward adjustment) and **max\_io\_capacity** (upward adjustment) to improve dirty page elimination efficiency.
+2. Adjust dirty page parameters. In scenarios where doublewrite is enabled, you can adjust parameters such as **pagewriter\_sleep** (downward adjustment) and **max\_io\_capacity** (upward adjustment) to improve dirty page elimination efficiency.
 3. Replace high-performance disks (such as NVMe disks).
 
 The resources occupied by the database must meet the service requirements. In a high-concurrency test, you need to add resources to ensure that database services are available.
diff --git "a/content/zh/docs/DatabaseOMGuide/TPCC\351\253\230\345\271\266\345\217\221\351\225\277\347\250\263\350\277\220\350\241\214\345\233\240\350\204\217\351\241\265\345\210\267\347\233\230\346\225\210\347\216\207\345\257\274\350\207\264\346\200\247\350\203\275\344\270\213\351\231\215.md" "b/content/zh/docs/DatabaseOMGuide/TPCC\351\253\230\345\271\266\345\217\221\351\225\277\347\250\263\350\277\220\350\241\214\345\233\240\350\204\217\351\241\265\345\210\267\347\233\230\346\225\210\347\216\207\345\257\274\350\207\264\346\200\247\350\203\275\344\270\213\351\231\215.md"
index a0f9762aa21ae1b6e43c5a2b7e8f0624409d4ea4..b08be05f11883cee2c15e92894a182302bf1cf86 100644
--- "a/content/zh/docs/DatabaseOMGuide/TPCC\351\253\230\345\271\266\345\217\221\351\225\277\347\250\263\350\277\220\350\241\214\345\233\240\350\204\217\351\241\265\345\210\267\347\233\230\346\225\210\347\216\207\345\257\274\350\207\264\346\200\247\350\203\275\344\270\213\351\231\215.md"
+++ "b/content/zh/docs/DatabaseOMGuide/TPCC\351\253\230\345\271\266\345\217\221\351\225\277\347\250\263\350\277\220\350\241\214\345\233\240\350\204\217\351\241\265\345\210\267\347\233\230\346\225\210\347\216\207\345\257\274\350\207\264\346\200\247\350\203\275\344\270\213\351\231\215.md"
@@ -11,7 +11,7 @@ TPCC高并发长稳运行因脏页刷盘效率导致性能下降，具体表现
 ## 处理方式<a name="zh-cn_topic_0283136782_section12323144814214"></a>
 
 1. 降低并发度或者调大shared_buffers参数。
-2. 调整脏页参数：在开启双写的场景下，可以调整page_writer_sleep(下调)、max_io_capacity(上调)等参数，加快脏页淘汰效率。
+2. 调整脏页参数：在开启双写的场景下，可以调整pagewriter_sleep(下调)、max_io_capacity(上调)等参数，加快脏页淘汰效率。
 3. 更换高性能磁盘（NVME等）。
 
 数据库占用资源应与业务需求相吻合。对于高并发测试中，需要增加资源以保证数据库业务可用。